A 2/2 mm wetsuit, also called a 2.0 or 2 mm is a very thin and flexible summer wetsuit or springsuit. 2/2 mm wetsuits are usually made with flatlock stitching which is not waterproof. 2/2 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. In this case, the neoprene is 2mm thick in most panels.

A 3/2 mm wetsuit, also called a 3.2 or 3 mm is a regular thickness summer wetsuit or springsuit. 3/2 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 3mm panels are used in the main body panels for extra warmth and the 2mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs.

360° stretch wetsuit lining refers to a thin knitted jersey lining made from a combination of nylon and spandex. Both the inside and outside of most wetsuits are laminated with a stretchy jersey. 360° stretch lining is the high-end version of this material and stretches in all directions. This material is glued onto neoprene sheets.This results in a flexible, soft to the skin, comfortable wetsuit and makes it easy to take your wetsuit on and off.

A 5/3 mm wetsuit, also called a 5.3 or 5 mm is a common thickness for a winter wetsuit. 5/3 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 5mm panels are used in the main body panels for extra warmth and the 3mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 5/3 mm wetsuit is made of panels ranging between 5 and 3 mm. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

A 5/3 mm wetsuit, also called a 5.3 or 5 mm is a common thickness for a winter wetsuit. 5/3 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 5mm panels are used in the main body panels for extra warmth and the 3mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 5/3 mm wetsuit is made of panels ranging between 5 and 3 mm. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

A 5/4 mm, also called a 5.4 or 5 mm is a common thickness for a winter wetsuit. It is slightly warmer than a 5/3 mm wetsuit due to the extra mm thickness in the arms. 5/4 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 5mm panels are used in the main body panels for extra warmth and the 4mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 5/4 mm wetsuit is made of 5 and 4 mm thickn panels. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

A 5/4/3 mm, also called a 5.4.3 or 5 mm is a common thickness for a winter wetsuit. It is similar to a 5/4 or a 5/3 mm. 5/4/3 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 5mm panels are used in the chest and back panels for extra warmth. The 4mm panels are often used in the upper legs, while the 3mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 5/4/3 mm wetsuit is made of panels that are either 5, 4 or 3 mm thick. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

A 6/4 mm wetsuit, also called a 6.4 or 6 mm is a less common thickness for an extremely warm winter wetsuit, usually combined with a built in hood. 6/4 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 6mm panels are used in the main body panels for extra warmth and the 4mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 6/4 mm wetsuit is made of 6 and 4 mm thick panels. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

A 6/5 mm wetsuit, also called a 6.5 or 6 mm is a rare example of an extremely warm winter wetsuit, usually combined with a built in hood. 6/5 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 6mm panels are used in the main body panels for extra warmth and the 5mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 6/5 mm wetsuit is made of 6 and 5 mm panels. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit. A 6/5 mm wetsuit is a bit less flexible than the more common 6/4 mm option.

A 6/5/4 mm wetsuit, also called a 6.5.4 or 6 mm is a less common thickness for an extremely warm winter wetsuit, usually combined with a built in hood. 6/5/4 mm refers to the main neoprene thickness used in individual panels which are stitched together to make a wetsuit. Usually the thicker 6mm panels are used in the main body panels for extra warmth, the 5mm panels are usually placed on the upper legs, while the 4mm thick panels are used in the more flexible areas such as arms, shoulders and back lower legs. A 6/5/4 mm wetsuit is made of 6 and 4 mm thick panels. The collar panel is often thinner than 3mm, but this is usually not mentioned in the thickness description of a wetsuit.

Abrasion resistant knee pads protect your knees when duck diving. The strong material used for the knee pads also protects the wetsuit in this area from wearing out. The outside lining is abrasion resistant and the neoprene foam inside the knee pad has a high impact and compression rating to protect your knees from impact.

Ankle straps are sometimes used in addition to your wetsuit to prevent water from entering at your ankles. Preferred by kite- and wind surfers who surf at high speeds.

Aqua-α (aqua-alpha) is an extremely strong water based, non toxic and solvent free lamnation glue which is used to laminate both inside and outside lining to the neoprene foam on some high end wetsuits.

This non-waterproof but flexible seam technique is perfect for warm water summer products. B-lock, also called E-stitching seams are durable and offer high performance.

The back panel of a wetsuit connects different parts of the wetsuit and plays an important role in the fit of the wetsuit. It is also a panel where extra insulation is sometimes preferred.

Back zip wetsuits are becoming more and more uncommon these days. The back zip makes it easy to take your wetsuit on and off but scores lower on insulation and fit.

Bioprene is a type of CR neoprene made by using the calcium in sea shells as main ingredient instead of oil or limestone.

A blind stitch is a sewing method of joining two pieces of neoprene so that the stitch thread is invisible, or nearly invisible. A blind stitch is one of the strongest seam stitches available in wetsuit manufacturing. Usually a blind stitch is enforced with glue. Hence the abbreviation GBS: Glued and blind stitched.

A boardshort loop is used to connect a neoprene top to your boardshorts. Your top will stay down, so you can surf hassle free.

Wetsuit boots, or booties are worn in cold water. Wetsuits boots are usually made from neoprene. Some high-end wetsuit boots feature plush inside lining and liquid rubber seals.

The way you purchase a wetsuit. The traditional way, in a surf shop after trying on a variety of brands and models, or the modern way, online by using a size chart or digital size finder and customer support to advise you what on size to buy.

A surf cap is similar to a regular wetsuit hood but without the neck part. It covers the ears and features a strap below the chin to keep the cap in place while surfing. A cap is usually worn to protect you from wind or uv / sun and is a great way to prevent surfers ear. A cap protects against the cold too, but is not as effective as a full neoprene hood.

A wetsuit changing mat is a bag that zips down or folds flat into a circle to put on the floor so you have a clean surface to change into or out of your wetsuit. Often these mats can be used as a bag to store your wetsuit in your car to prevent making a sandy mess in your car or water leaking out.

The chest panel is one of the most important panels of a wetsuit. If plays a very important role in wetsuit fit and core insulation. Nowadays you see a lot of wetsuits with a combined chest and front leg panel. Although it might look cool, the fit and insulation qualities drop drastically.

Chest circumference or chest size is one of the most important measurements to determine your wetsuit size. To find the right size wetsuit, measure around the widest part of your chest, just under your armpits at the nipple line. Your measurements might be influenced by breathing in and out. To correct this use the average of a full inhale and a full exhale.

Chest zip wetsuits have slowly become the new standard in wetsuit design. A chest zip allows for a better fit, better insulation and less material yield. With today’s flexible neoprene it has also become easier to take your chest zip wetsuit on and off. A zip on the front of your wetsuit is shorter than a zip on the back. A zip is the only part of the wetsuit that isn’t flexible, so the shorter the zip, the more flexible the wetsuit. But, shorter zips might make it harder to get in and out of your wetsuit.

A comfortably shaped adjustable chin panel to prevent water from entering your wetsuit. An extra piece of double layered glideskin is added to protect your chin and mouth against freezing temperatures and can be worn under or over the mouth.

Chloroprene rubber, CR or Polychloroprene is commonly known in the wetsuit industry as CR neoprene. Neoprene is a synthetic rubber produced by polymerization of chloroprene. It is an artificially made polymer acting as an elastomer. It has similar characteristics to natural rubber, but is far easier to produce on a larger scale. Chloroprene rubber exhibits good chemical stability, and maintains flexibility over a wide temperature range. We know neoprene as the main ingredient of wetsuits, but in different grades it can also be used in products such as laptop sleeves, orthopedic braces, electrical insulation, liquid and sheet applied elastomeric membranes and in the automotive industry in products such as fan belts. CR neoprene can be made out of oil, which is harmful for the environment. Instead, some manufacturers use a more high-end type of CR rubber foam that is limestone based instead of oil based. This has far less impact on the environment.

A wetsuit used for diving. These are different and often thicker and stiffer than surface waterport wetsuits such as surfing wetsuits. A diving wetsuit can be a drysuit or wetsuit, or even a shorty for warm waters. Diving wetsuits need to be certified to qualify as a safe diving wetsuit. Surfing wetsuits don’t require these strict rules and qualifications.

Dope dye is an energy saving and environmentally friendly fabric dyeing process used to colour the outside and inside nylon or polyester lining on wetsuits. Usually fabric is knitted first, then dyed into the colour needed afterwards, which causes more pollution. Doped dyed yarns are created by adding masterbatch colorant to the polymer melt in spinning before the knitting process to save water, energy and polluted rinsing water. The colour is deeper and fades less too.

A double collar neck keeps the hood in place and prevents water from entering your wetsuit. The inner neck panel sits inside your wetsuit while the outer flap falls over your wetsuit creating a water seal.

Double glueing is a wetsuit glueing technique used to glue different wetsuit panel pieces together. Often used in combination with blind stitching.

Double lined neoprene, or double nylon neoprene is neoprene which is laminated with a flexible lining on two sides. After the neoprene foam has been sliced into sheets of the right thickness, it’s laminated with a stretchy fabric layer on the outside and inside of the wetsuit. This makes wetsuits more durable and protects it against outside influences like UV and ozone. Double lining also offers protection from fingernails cutting through the fabric when pulling on the wetsuit and sitting on the wax of your surfboard. The inside of most wetsuits is lined with an extremely flexible and soft lining that is comfortable to wear on the skin

A Doughnut cuff or Donut cuff is mostly used on the leg cuff of a wetsuit boot. This cuff panel is a single piece of neoprene with a hole in the middle. When assembled, the cuff is tapered towards the edge, making it a tight fitting seal around the leg cuff to avoid water entering the boot. Doughnut cuffs can be used on gloves and wetsuit cuffs too, but are less common.

A wetsuit drain hole is a small hole placed strategically on your wetsuit to allow for water to exit your wetsuit. Some wetsuits feature a drain hole in the shoulder area or on the ankles.

A drysuit is different to a wetsuit. Drysuits are usually made from a thin waterproof fabric instead of neoprene. Drysuits feature a very tight latex neck, arm and leg seal to prevent water from entering. Drysuits use a waterproof zip to prevent water entering your suit. Drysuits are pressure tested at the factory before they are sold as 100% drysuits. You can wear undergarment inside the suit, such as a fleece jersey, to stay warm. Drysuits are usually used for diving, kiteboarding, sailing and kayaking, but they are too bulky and restrictive to be used used for surfing.

Eco carbon black is one of the key ingredients used to produce neoprene and can be pyrolyzed from scrap rubber tires. This significantly reduces energy consumption and CO2 emission.

There are different types of eco friendly neoprene available. The invention of limestone neoprene made a big impact on wetsuit manufacturing, which transformed the high-end wetsuit industry to become more durable and environmentally friendly. Some companies have different names for their more environmentally friendly neoprene. You might have heard of Japanese Yamamoto neoprene, which is used in some high-end wetsuits models. Other versions of limestone neoprene are Bioprene and Geoprene wetsuits. Yulex is another alternative neoprene made out of natural rubber which unfortunately has limited availability. Some brands have chosen to manufacture with limestone neoprene, which has the lowest carbon footprint in modern neoprene production. The use of limestone neoprene is an effort to make wetsuits as sustainable as possible.

Elongation is the percentage of stretch of neoprene raw foam. It is measured before the lining is laminated onto the foam. The more flexible the foam, the higher the elongation percentage. Less flexible and stiffer foam has about 150-200% elongation. Soft and very flexible foam sits around the 350~400% mark.

Flatlock stitching is a wetsuit stitching technique used mainly on warm water summer wetsuits, such a shorties or other wetsuits under 2.5mm thickness. A flatlock seam is not glued and not waterproof. During manufacturing the sewing machine needle penetrates both overlapping neoprene panels at the seam to create the most affordable seam construction used in wetsuits. Flatlock stitching cannot be used in winter wetsuits, as it lets water through and won’t protect against cold.

Flexibility is the amount of stretch in a wetsuit. A more flexible wetsuit often fits better than a stiffer wetsuit. More flexibility gives more comfort and less restriction when paddling. High flexibility can be achieved by using a flexible neoprene foam, inside and outside lining. Strategic seam placement will also allow for more stretch in a wetsuit.

Foiling wetsuits are wetsuits used for wing foiling, surf foiling, wind foiling, kite foiling or other watersports using a board with a foil underneath. Usually a normal surfing wetsuit can be used for foiling. However, it is advised to choose a wetsuit that is fully double lined and does not use smoothskin chest and back panels, as single lined neoprene (smoothskin) might get damaged easier when climbing on your board or touching the foil. Some foil specific wetsuits include extra protection on the elbows, or other quickly wearing areas.

The front zip, or chest zip, has slowly become the new standard in wetsuit design. A chest zip allows for a better fit, better insulation and less material yield. With today’s flexible neoprene it has also become easier to take your chest zip wetsuit on and off. A zip on the front of your suit is shorter than a zip on the back. A zip is the only part of the wetsuit that isn’t flexible, so the shorter the zip, the more flexible the wetsuit, but shorter zips might make it harder to get into it.

A full suit is a wetsuit with arms and legs reaching to the wrists and ankles.

GBS seams, or glued and blind stitched seams, are a type of wetsuit seam which prevents water entering your wetsuit. GBS seams are constructed by first gluing the edges of the neoprene panels together to prevent water entering the wetsuit. Thereafter, the seams are blind stitched together on one or both sides of the neoprene panels, depending on the neoprene thickness and construction. Blind stitching offers additional strength: The needle doesn’t penetrate the neoprene completely, but only stitches through half of the neoprene panel to prevent leakage. More high-end GBS seams can be covered with a liquid neoprene seal on the outside and/or neoprene taping on the inside for extra seam reinforcement.

Geoprene is a type of limestone neoprene developed by the Japanese company Yamamoto.

Glideskin is a type of single lined neoprene. It is similar to smoothskin, but it’s a bit more slippery. On surfing wetsuits glideskin can be used on chest and back panels to protect against windchill. This means your sessions will last longer with insulation where you need it most. Glideskin is also commonly used on triathlon wetsuits. Glideskin is flexible but can be more fragile than double lined neoprene.

A hidden split toe construction in a surf boot keeps your toes warm by keeping them close together while at the same time giving you maximum freedom of movement. It also prevents your boot from rolling around your feet when surfing. The toe divider panel is hidden inside the boot, therefore it looks like a round-toe boot on the outside. A hidden split toe boot prevents your leash from being caught between the toes, a problem that occurs with a regular split toe boot where the big toe is separated from the rest of the toes.

Wetsuits come in different price and performance categories. High-end wetsuits are referred to as the best wetsuits in the market, featuring high-end materials and techniques.

A hood is a neoprene product which covers your head and protects it against the cold. They can be sold as separate hoods to add to your winter wetsuit. Hoods also come attached to some winter wetsuits. Hooded wetsuits usually come in thicker neoprene such as 4/3, 5/4 or 6/4mm. The hood itself can be made out of single lined or double lined neoprene. High-end versions feature plush quickdry lining on the inside combined with neotape for extra protection and rash free seams.

Hooded wetsuits feature an attached hood and usually come in thicker neoprene such as 4/3, 5/4 or 6/4mm. The hood itself can be made out of single lined or double lined neoprene. High-end versions feature plush quickdry lining on the inside combined with neotape for extra protection and reash free seams.

When exposed to cold temperatures, your body begins to lose heat faster than it's produced. Lengthy exposures will eventually use up your body's stored energy, which leads to lower body temperature. Left untreated, hypothermia can be extremely dangerous. Never paddle out in cold water temperatures without the right gear.

Neoprene inside lining is the knitted and laminated finish on the inside of a wetsuit. Lining can be made from polyester, nylon, spandex, lycra or a combination of these materials. Inside lining can be defined by different characteristics such as soft handfeel, flexibility or elongation level, quickdry functions such as plush insulation inside lining, different colours, textures, price and so on.

Thermal insulation is the reduction of heat transfer between objects with different temperatures. In the case of a wetsuit, it refers to the capability of a wetsuit to protect you from the cold water and wind and to retain your body heat inside the wetsuit. Neoprene is a good insulator due to the air bubbles inside the neoprene foam. The thicker the neoprene foam, the better the insulation and warmer you feel in cold water. Neoprene has low energy conductive properties, which limit heat flow. This is why it’s commonly used as insulation material in different applications.

Japan is known for its high-end neoprene raw material production. From rubber chips to CR neoprene blocks to sliced and laminated ready to use sheets. Most limestone that is used to produce limestone neoprene is mined in Japan.

A key pocket is a place in your wetsuit to store your key. Commonly placed on the shin area or hidden inside the wetsuit.

A kids wetsuit is a wetsuits suitable for kids. These wetsuits are often shaped slightly differently to adult wetsuits. Kids wetsuits are available for all ages, from 1 year olds to teenagers. Kids wetsuit sizes are often scaled to match the age. A size 6 for instance, should in most cases fit a 6 year old.

Kiteboarders often wear regular surfing wetsuits, but with the addition of a velcro strap at the bottom of the legs (see our accessories product page). However, a wetsuit designed specifically for kitesurfing usually has extra drain holes at the bottom of the leg and comes with velcro ankle straps. This prevents spray from the board splashing into your wetsuit and getting trapped, creating a phenomenon referred to as elephant legs.

Knee pads are the abrasion resistant panels on the knees of a wetsuit to protect your knees from impact and wear and tear in this area. Most knee pads have a special lining and neoprene foam type to give it these properties.

Wetsuit size Large. Men’s European size 52.

Latex seals are mostly used on drysuits and diving wetsuits to make a wetsuit 100% watertight at the nek, arms and ankles. Latex seals are extremely tight, easy to damage and can be uncomfortable, this is why they are not often used on surfing wetsuits.

Limestone neoprene was invented in the 1960’s. The main neoprene compound remains chloroprene, but instead of using dirty petroleum based ingredients it now uses calcium carbonate from limestone to form chloroprene rubber chips. These rubber chips are melted down in an oven and go through a chemical process. The melted substance is infused with air bubbles and baked into a block of neoprene foam. This block is then sliced in any neoprene thickness needed to make your wetsuits, ranging from 0.4mm to 10mm thickness and everything in between. The elongation, flexibility and insulation characteristics of limestone neoprene are the same or better than its predecessor petroleum based neoprene, but are way less harmful to the environment. This makes limestone neoprene one of the most flexible warm and most eco friendly neoprene types out there.

Neoprene lining is the inside and outside knitted and laminated finish of a wetsuit. It can be single lined or double lined. Single lined neoprene means only the inside has a knitted lining, while the outside is sealed neoprene like mesh, smoothskin or glideskin. Double lined means both inside and outside have a knitted lining. Wetsuit lining can be made from polyester, nylon, spandex, lycra or a combination of these materials. Wetsuit lining can be defined by different characteristics such as soft handfeel, flexibility or elongation level, abrasion resistance such as knee pads, quickdry functions such as plush insulation inside lining, different colours, textures, price and so on.

The liquid rubber seal applied on the outside of high-end wetsuit seams, gives it an extra layer of protection from water entering the wetsuit. It’s a more durable construction that lasts longer than normal GBS (glued and blind stitched). Usually the liquid seal is applied on top of a GBS seam.

An alternative surf glove style, shaped like a lobster's claw. The unique design still allows you to move the separate grouped finger clusters independently and provides extra warmth.

A summer wetsuit with long legs and no arms. Long johns can have a back zip, front zip or a velcro shoulder closure to make putting the wetsuit on easier. Long john wetsuits are mostly used for stand-up paddling or longboarding on warm summer days.

A summer wetsuit with long arms and short legs, cut off just above the knee. Longarm shorties are usually 2mm thick and can be glued and blindstitched or have non waterproof flatlock seams.

Wetsuit size Large Short. Men’s European size 26. Suitable for slightly wider, stronger or heavier body types with a similar height to size Medium.

Wetsuit size Large Tall. Men’s european size 53. Suitable for taller body types with a similar width in chest and waist to size Large.

Lycra is a synthetic fiber with extremely high elasticity. Lycra is similar to Spandex, the more common name for elastane. It can be woven or knitted into a variety of fabric to make the fabric elastic. In wetsuits, lycra is used to make the outside and inside lining flexible by knitting it in combination with nylon or polyester. Lycra can also be used in fabrics to make rashguards, also known as lycras, to protect the skin against UV rays while surfing. Clothing used for cycling often uses a type of these fabrics too.

Wetsuit size Medium. Men’s european size 50.

A melco dot is a Japanese reinforcement material which is heat welded on the inside of a wetsuit to reinforce certain stress areas to make a wetsuit more durable. Melco dots prevent overstretching, which can lead to tearing the wetsuit. Melco material can be used as heat welded tape or heat welded patches or dots. This patch is usually found on the inside of the wetsuit where multiple seams meet in one place, or where less flexible material is stitched to a more flexible material to create an even stress release area.

Mens wetsuits are wetsuits designed to fit a male body shape and sizes. Mens wetsuits are available in different thicknesses, neoprene types and seam constructions.

Mesh neoprene, or smoothskin neoprene, can be used as an outside finish of a wetsuit panel. Why is it called mesh? This is due to the fact that a mesh wire grid is used to heat seal the outside skin of the neoprene foam to make it durable and water repellant. This creates a mesh texture on the surface of the material. Mesh is a type of single lined skin neoprene that is similar to smoothskin or glideskin, but mesh is often less flexible and has a matt textured finish, while glideskin and smoothskin have a more shiny and smooth surface. These types of neoprene are often used on the chest and back panels of a wetsuit to keep you warmer in windy and cold conditions. The sealed material surface makes the water droplets run down faster without being absorbed by the lining, this protects you against windchill and makes it warmer than double lined neoprene.

Wetsuit size Medium Large. Suitable for slightly wider or heavier body types with a similar height to size Medium. ML is a similar to size LS.

Wetsuit size Medium Short. Men’s european size 25. Suitable for slightly wider body types with a similar height to size Small.

Wetsuit size Medium Tall. Men’s european size 51 or 98. Suitable for taller body types with a similar width in chest and waist to size Medium.

Natural rubber, locally known as caoutchouc, is the material harvested from the latex saps of rubber trees. It mainly consists of polymers of the organic compound isoprene and water. Rubber trees grow in tropical areas around the world. Natural rubber is used as the main ingredient to make neoprene types like naturalprene or neoprene free Yulex Pure.

Naturalprene is a type of neoprene made from natural rubber, locally known as caoutchouc. Natural rubber is material harvested from the latex saps of rubber trees.

Neoprene, CR neoprene, limestone neoprene, or polychloroprene is a type of synthetic rubber made by polymerization of chloroprene. Neoprene is resistant against most chemicals and can be used in large range of temperatures while it remains flexible. Neoprene is the best material to be used for insulation, especially insulation against temperature differences. This is why neoprene is used to produce wetsuits. It can be fit tight around the body, stay flexible and protect you from hypothermia while surfing in cold waters. The main ingredient of neoprene is the element carbon (C), which can be derived from oil, more environmentally friendly limestone or other sources with a high carbon content.

Allergic reactions to neoprene are uncommon but they do occur. In most cases, they are triggered by an element called 'thiuram'. The best solution is probably to stop using the wetsuit you currently have. Luckily there do exist allergy-free wetsuits. Our Yulex wetsuits do not contain any 'thiuram' because they are made of a 100% natural rubber material, hence should not incite an allergic reaction.

Neoprene foam is the end result of the neoprene production process. Polychloroprene rubber chips are heated up, colored black and mixed with a foaming agent. This makes the liquid neoprene foam up and expand into a mould. After the foaming process, it is sliced in different thicknesses neoprene sheets to make up different millimeters thick wetsuit panels. Neoprene foam can be heat treated to turn into single lined neoprene, or it can be lined with a jersey on both sides as double lined neoprene. Different grades of foam have different capabilities and characteristics such as differences in stretch or elongation, better or worse resistance to UV rays or ozone, different impact or compression strength etc. Usually, the more flexible and softer the foam, the more high-end it is.

Wetsuit repair glue, or neoprene glue, is a type of contact adhesive especially designed to glue neoprene panels together. Neoprene glue is flexible and remains waterproof. Wetsuit glue is available in most surf shops. Do not use any other type of glue to repair a wetsuit.

Different neoprene thicknesses can be used in different water temperatures. The thicker the neoprene, the higher the insulation grade, so the warmer the wetsuit is. Wetsuits are mostly sold as 3/2, 4/3, 5/4, 6/4 etc. This number indicates the different millimeter thicknesses that are mostly used in the wetsuit. 3/2 for instance, means this wetsuit has panels of 3 and 2 mm thickness. Usually, the chest and back panel are made out of thicker neoprene foam for extra warmth, while the arms, shoulders and legs are usually made with thinner neoprene for more flexibility. A thin summer wetsuit ranges between 1 and 3 mm. A spring or autumn wetsuit is normally made with 4 and 3 mm panels. You’ll find winter wetsuits in 5/4mm or 6/4mm. Neoprene thickness is measured by measuring the neoprene foam thickness before the inside and outside lining is applied. So the overall thickness including lining is often thicker than the neoprene thickness specified. Be aware that some brands cheat this system and calculate the neoprene including lining. This results in thinner neoprene used which means the wetsuit is much colder than you might expect.

Neoprene wetsuits are wetsuits made out of neoprene to use for watersports such as surfing or diving. The neoprene thickness determines the thermal insulation characteristics of the neoprene, while the foam type, seam construction and lining define the elongation properties, flex and comfort. This combined with the right panel layout, size and the fit makes for a good neoprene wetsuit.

Neotape is a type neoprene reinforcement tape that can be applied on the inside of a wetsuit for extra durability of the seams and to prevent seam irritation to the skin. It forms an extra layer of protection for water leaks. Neoprene tape can be applied with normal glue, or it can be heat welded onto the fabric which gives a neater finish on the edges to prevent the glue from giving you skin rash.

Neotape 2.0 or New Neotape is a type of high-end heat welded neoprene reinforcement tape that can be applied on the inside of a wetsuit for extra durability of the seams and to prevent seam irritation to the skin. It forms an extra layer of protection for water leaks. Heat welding the tape onto the fabric gives a neater and stronger finish of the tape’s edges compared to traditional neotape to prevent the glue from giving you skin rash.

Nylon lining is a type of high-end flexible and soft knitted lining that can be used to laminate onto the inside or outside neoprene foam wetsuit panels. Nylon lining is the most flexible lining with a smooth handfeel and therefore feels better to the skin than polyester lining. Nylon lining is made from a combination of nylon and spandex knitted together. Usually the more flexible the lining is, the better your wetsuit.

Outside lining is the outside finish of a neoprene panel. It can be single lined or double lined. Single lined means there is no outside jersey lining covering the neoprene foam, it is only lined on the inside. Instead, the raw sliced neoprene sheet is heat treated to seal off the outside surface to make it smooth so water droplets will run off easily. Double lined neoprene features a thin knitted jersey laminated to both sides of the neoprene foam sheet, made from a combination of nylon and spandex. Usually the more flexible the lining is, the better your wetsuit.

Neoprene foam deteriorates over time and it becomes brittle and it will start cracking. The longer this takes, the better the neoprene foam quality. The main factor that determines this, is the amount of resistance against ozone in the atmosphere and UV rays emitted by the sun. So to increase your wetsuit lifespan, never leave your wetsuit to dry in direct sunlight.

PAHs are compounds with a potential increased risk of certain diseases and as research recent shows, they exist not only in tire products but in all rubber products. Example of toxic PAHs are Acenaphthene, Acenaphthylene, Anthracene, Fluoranthene, Fluorene, Phenanthrene, Pyrene, Chrysene and Dibenzo[a,h] anthracene. The German committee for Product Safety, aligned with the REACH Annex XVII PAHs, has determined the requirements for 18 PAHs permissible limits in consumer goods. SRFACE neoprene has been categorized as Category 2 (Other products) which most parameters out of 18 must be detected under 0.5ppm. No harmful PAHs can be found in SRFACE wetsuits. We only sell products that are REACH SVHC List Compliant.”

A grip layer on the inside of your gloves' palm and fingers, so you can hold onto your board even in the most extreme conditions.

The panel layout of a wetsuit refers to a combination of things, firstly the placement of the seams. Seams are strategically placed to avoid irritation or rash caused by the inside of the seams. The best seam placement is developed to avoid restriction while moving around. Secondly the panel layout is influenced by the neoprene thickness used in certain areas. Thinner neoprene is used in areas that need more flexibility, such as the armpits. Thicker neoprene is used on the chest, back and upper legs to keep the body warm. Thirdly, styling has a big impact on the panel layout, but if designed right, form follows function.

A wetsuit pattern is the template used to cut the different panels out of a sheet of neoprene to make up a wetsuit. The pattern determines the seam placement and thus the panel layout.

Petrol based neoprene is the traditional method of making neoprene as invented in the 1950’s. Petrol based neoprene is still used in a lot of wetsuits but this is much less environmentally friendly than newer, cleaner versions of neoprene available, such as limestone neoprene, that replaces the harmful oil for limestone mined in Japan. Neoprene is a type of synthetic rubber made by polymerization of chloroprene. Neoprene is resistant against most chemicals and can be used in large range of temperatures while it remains flexible. It is a great material to be used for insulation, especially insulation against temperature differences. This is why neoprene is the best material to be used to produce wetsuits. It can be fit tight around the body, stay flexible and protect you from hypothermia while surfing in cold waters. The main ingredient to make neoprene is the element carbon (C), which can be derived from oil (petrol based neoprene), more environmentally friendly limestone or other sources with a high carbon content.

Plush lining, also known as plush insulation or quick dry lining, is used to describe the fluffy, wool like inside lining of some neoprene wetsuit panels. Plush lining is mostly used to add an extra layer of insulation by using hollow nylon fibers that trap air bubbles and therefore act as insulation. Some high-end plush linings have a quickdry function. This means the material dries quicker than normal inside lining. When wearing it, it feels comfortable, warm and dry on the skin by channeling the water to the back of the fabric, so it can run down the wetsuit, away from the skin. Plush lining is mainly used on body and upper legs only as it reduces the stretch of a wetsuit slightly. The arms, shoulders and lower legs often use the most flexible lining to enhance mobility in these areas.

A plush lined hood is a wetsuit hood lined with fluffy plush. The plush lining creates an extra layer of insulation and protection against the cold.

Polyester lining is a type of knitted lining that can be used to laminate onto the inside or outside neoprene foam wetsuit panels. Polyester lining is made from a combination of polyester and spandex knitted together. This lining is slightly less flexible and soft compared to the more high-end Nylon lining.

Powerseams are the narrower version of a liquid neoprene seam without blind stitching on the outside. Usually powersems have blind stitching on the inside of the wetsuit, or are completely stitchless. Powerseams come in a variety of colors. Found to be less durable than s-seal or liquid rubber seals.

Prototyping is the process of designing and making prototypes of a wetsuit to test the fit, performance and look. Wetsuit prototypes are tested and are redesigned multiple times to make sure all potential problems are eliminated before bulk production starts.

Wetsuits have been around for years and have been perfected, redesigned in both styling function and durability over decades. A proven panel layout has learned from its previous generation wetsuits through testing, trial and error and hours spent in the water to perfect a certain panel layout.

Quick dry lining, or plush lining, is used to describe the fluffy, wool-like inside lining of some neoprene wetsuit panels. Plush lining is mostly used to add an extra layer of insulation by using hollow nylon fibres that trap air bubbles and therefore act as insulation. Some high-end plush linings have a quickdry function. This means the material dries quicker than normal inside lining. When wearing it, it feels comfortable, warm and dry on the skin by channelling the water to the back of the fabric, so it can run down the wetsuit, away from the skin. Plush lining is mainly used on body and upper legs only as it reduces the stretch of a wetsuit slightly. The arms, shoulders and lower legs often use the most flexible lining to enhance mobility in these areas.

Rash, or surfers rash, is skin irritation caused by rubbing of the inside materials, details or uneven finishes on a wetsuit. Commonly referred to as surfers rash.

A rash vest, also known as a rashguard, is a tight fitting lycra or spandex top that can be used to protect against UV rays while surfing. Rashguards do not have any thermal function, so it can’t replace a wetsuit. It can also be worn underneath a wetsuit if you have a sensitive skin to avoid skin rash. Rash vests are also used in competitions in bright colors so the judges can recognize different surfers in the lineup during the heat.

This lining is woven from recycled nylon yarns, harvested from nylon scraps and waste material. The benefit of using recycled nylon instead of recycled polyester (RPET), is that the material is more flexible and feels much softer and smoother to the touch.

It’s still impossible to recycle neoprene itself back into raw neoprene to make new wetsuits. The combination of different materials used in one wetsuit make this a challenge. However, there’s a great way to give your wetsuit a second life. By shredding it into pieces, neoprene can be up-cycled into qualified products such as a new yoga mat.

Wetsuit repair glue, or neoprene glue is a type of contact adhesive especially designed to glue neoprene panels together. Neoprene glue remains flexible and waterproof. Available in most surf shops. Don’t use any other type of glue to repair a wetsuit.

Round-toe boots keep all your toes together in the same pocket and therefore provide extra warmth. The extra warmth compromises for a decrease in balance and boardfeeling in comparison to the split-toe design.

A rubber seal is a type of seal that can be used to seal the open ends of a wetsuit such as the inside of the collar, ankles and wrist cuffs.

Wetsuit size Small. Men’s european size 48.

S-seal is the technical term for liquid rubber sealed outside seams on a wetsuit. This type of construction is also known as rubber seal, sealed seams, liquid sealed seams etc. S-seal can be applied on top of an already blind stitched seam for extra reinforcement, water leak prevention and durability. Although not as good looking, s-seal is found to be more durable than powerseams.

SBR foam is similar to neoprene foam and can be lined with nylon or polyester lining to get the same appearance as a normal neoprene wetsuit. However, SBR foam has poor elongation capabilities and is hardly ozone or chemical resistant. This is why it is is used mainly in very cheap, not very flexible summer wetsuits with flatlock stitching. Avoid any SBR wetsuits to be used as winter wetsuit.

Sealed ankles on a wetsuit are a type of rubber seal that closes the open ends of a wetsuit at the ankles.

A sealed neck refers to a water repellant glideskin inside collar panel that has firm contact with the skin in the neck to create an even and waterproof neck seal.

Sealed outside seams, or also known as S-seal, are the liquid rubber seams on a wetsuit. This type of seal can be applied on top of an already blind stitched seam for extra reinforcement, water leak prevention and durability. Although not as good looking, s-seal is found to be more durable than powerseams.

Sealed wrists on a wetsuit are a type of rubber seal that closes the open ends of a wetsuit at the wrists.

Seams are the thread connection of two or more wetsuit panels which are usually also glued together to create a waterproof seal. Most wetsuit seams are blind stiched together with a needle that doesn’t penetrate the neoprene completely to prevent leaks. Seams can be reinforced with a liquid rubber outside seal and a neoprene tape inside taping on more high-end wetsuits. A more efficient type of seam is done by flatlock or overlock stitching, but this seam is not waterproof and is only used on summer wetsuits and shorties used in warm waters.

A shortarm wetsuit is a summer wetsuit with long legs but short arms. Shortarm wetsuits are between 2 and 3 mm thick and can have non watertight flatlock seams or watertight glued and blindstitched seams for better insulation in slightly colder water. Shortarm wetsuits work especially well when the water temperature is colder than the outside temperature. Shortarm wetsuits also free up your arms for easier paddling and better mobility.

A shorty is a summer wetsuit with short arms and legs. Usually a shorty has a neoprene thickness of about 2 mm and has a flatlock seam construction which lets water through. This is why shorties can only be worn in warm water where not much thermal protection is required.

A shoulder toggle is an elastic tensioner cord with toggle that allows you to apply tension on the shoulder opening of the wetsuit. It prevents water from entering your wetsuit by sealing off the shoulder panel.

Single glueing is a method to glue the edges of neoprene panels together before applying stitching. Most high-end wetsuits are double or triple glued before they are put together to form the seam.

Single lined neoprene, also referred to as mesh, glideskin or smoothskin, can be used as an outside finish of a wetsuit panel. These are the types of single lined neoprene that have a heat sealed outside skin surface which seal the neoprene foam to make it durable and water repellant. This creates a fine mesh texture on the surface. The finer the mesh, the smoother and shinier the skin. Mesh is often less flexible and has a matt textured finish, while glideskin and smoothskin have a more shiny and smooth surface. These types of neoprene are often used on the chest and back panels of a wetsuit to keep you warmer in windy and cold conditions. The sealed surface makes the water droplets run down faster without being absorbed by the lining. This protects you against windchill and makes it warmer than double lined neoprene. The inside of single lined panels are lined with a nylon or polyester knitted lining for comfort to the skin. This lining can be plush or quickdry lining on more high-end wetsuits.

A single piece of rubber moulded sole, used for surf boots. This construction prevents unnecessary panel overlaps, which can cause irritation. The rubber sole balances grip, flexibility and durability.

A wetsuit size chart gives an overview of all available wetsuit sizes based on body measurements such as height, weight, chest and waist circumference sizes. Sometimes a size chart includes hip sizes, arm, leg, neck, body and other measurements. By reading the size chart, you can find out what wetsuit size to choose from a variety of available sizes based on your body type. An easier way to read a size chart, is to make use of an online Size Finder to calculate the best size for you directly. Note that wetsuit sizes differ per brand, so always study the size chart carefully before buying a wetsuit online.

The Size Finder is an intuitive online size chart developed by SRFACE that recommends the best wetsuit size based on your body type. Fill in your sizes such as your height, weight, chest and waist circumference sizes and the Size Finder will calculate the best wetsuit size for you. Note that wetsuit sizes are different for each brand, so always check out the size finder carefully to make sure you fit a certain size before buying a wetsuit online.

Skin neoprene, also referred to as mesh, glideskin or smoothskin, can be used as an outside finish of a wetsuit panel. These are the types of single lined neoprene that have a heat sealed outside skin surface which seal the neoprene foam to make it durable and water repellant. This creates a fine mesh texture on the surface. The finer the mesh, the smoother and shinier the skin. Mesh is often less flexible and has a matt textured finish, while glideskin and smoothskin have a more shiny and smooth surface. These types of neoprene are often used on the chest and back panels of a wetsuit to keep you warmer in windy and cold conditions. The sealed surface makes the water droplets run down faster without being absorbed by the lining. This protects you against windchill and makes it warmer than double lined neoprene. The inside of single lined panels are lined with a nylon or polyester knitted lining for comfort to the skin. This lining can be plush or quickdry lining on more high-end wetsuits.

Smoothskin is a type of single lined neoprene. It is similar to glideskin, but it’s more sticky. This helps to stick to the wax of your surfboard while paddling. On surfing wetsuits smoothskin can be used on chest and back panels to protect against windchill. This means your sessions will last longer with insulation where you need it most. Smoothskin is also commonly used on triathlon wetsuits. Smoothskin and glideskin are flexible but can be more fragile than double lined neoprene, so be aware of damaging the wetsuit with your fingernails.

A collar that is lined with soft material on the inside for long and rash-free summer sessions.

Spandex is a synthetic fiber with extremely high elasticity. Spandex is similar to lycra or elastane. Spandex can be woven or knitted into a variety of fabric to make the fabric elastic. In wetsuits, spandex is used to make the outside and inside lining flexible by knitting it in combination with nylon or polyester. It can also be used in fabrics to make rashguards, also known as lycras to protect the skin against UV rays while surfing. Clothing used for cycling often uses a type of these fabrics too.

Springsuits combine function with a touch of retro fashion. Perfect for fun sessions on warmer days when you need a little extra protection against the elements, including UV

SRFACE is an online wetsuit brand. We made it our mission to make the ultimate wetsuit affordable.

Wetsuits designed, manufactured and sold exclusively online by the wetsuit brand SRFACE.

Wetsuit size Small Short. Suitable for slightly wider body types with a similar height to size XS.

Wetsuit size Small Tall. Men’s European size 49 or 94. Suitable for taller body types with a similar width in chest and waist to size Small.

A steamer is a classic term used to describe cold water full wetsuits. The word steamer comes from where the surfing wetsuit was developed by Jack O’Neill, Steamer Lane, a famous surf spot in Santa Cruz, California.

Stitching is a type of seam construction. Wetsuit stitching comes in a variety of stitching techniques such as blind stitching, flatlock, overlock, e-stitch, double needle, zigzag stitching and more.

Stretch refers to the percentage of elongation of a material. The more stretch, the higher the elongation percentage, thus the more flexible the material and wetsuit.

Stand up paddle boarders usually use the same wetsuit as regular surfers, especially when SUPing in the ocean with waves. However, for recreational use on lakes and genreral exploring, a long john, a wetsuit without arm sleeves makes paddling easier. In warmer weather a loose fit top and boardshorts might be all you need.

Super stretch lining is a very flexible neoprene lining with a high elongation percentage used in high-end wetsuits.

An alternative surf glove style, shaped like a mitten. By grouping 4 fingers together these mittens take advantage of your natural body heat and maximize thermal efficiency. Another plus side is that the shape of the mitten allows the wearer to ‘catch’ the water more easily while paddling, thereby boosting your paddle speed.

A surf wetsuit is a close-fitting neoprene garment typically covering the entire body or parts of it, worn for warmth in surface water sports such as surfing, kitesurfing, windsurfing and stand-up-paddling.

A surface water sports wetsuit is a close-fitting neoprene garment typically covering the entire body or parts of it, worn for warmth in surface water sports such as surfing, kitesurfing, windsurfing and stand-up-paddling.

Surfer's ear is a condition where the bone of the ear canal develops multiple bony growths called exostoses. Over time, this can eventually cause a partial or complete blockage of the ear canal. The condition is primarily caused by prolonged exposure to cold water or wind. Protect you ears in windy & cold conditions, use earplugs or wear a neoprene hood.

A wetsuit used for swimming or triathlon. Swimming wetsuits are usually made with glideskin neoprene for best performance. Swimming wetsuits are different to surfing wetsuits and require different features.

Taped inside seams refers to waterproof, flexible neoprene reinforcement tape that can be applied on the inside of a wetsuit for extra durability of the seams and to protect against seam irritation to the skin. It also forms an extra layer of protection for water leaks. Neoprene tape can be applied with normal glue, or it can be heat welded onto the fabric which gives a neater finish on the edges to prevent the glue from giving you skin rash.

A temperature guide is a guide that shows water temperatures within different seasons and surfing locations, so you can select the right wetsuit thickness based on the water temperatures you would like to go surfing in.

Textured neoprene is a type of single lined skin neoprene with an embossed mesh grid structure.

A wetsuit developed by SRFACE that combines high-end features, a-grade materials, a proven panel layout and an affordable price.

Neoprene is one of the best insulating flexible materials. This is why neoprene is used for wetsuits to enhance the thermal insulation capabilities that a surfer requires while surfing in cold water.

A chart that shows you recommended wetsuit thicknesses based on your location, water temperatures and season you would like to surf in.

Triathlon wetsuits are wetsuits used for triathlon or swim training. These wetsuits are specifically designed for swimming and are designed to take them off as quick as possible during a race. Triathlon have to conform to different standards and requirements, such as the ability of high swimming speed en reduced drag. Most triathlon wetsuits are made from glideskin neoprene, which is easily damaged. The amount of buoyancy is regulated for these products, more buoyancy means easier swimming. These rules don’t apply for other surface watersports.

Triple glueing is a wetsuit glueing technique used to glue different panel pieces together. Often used in combination with blind stitching.

Ultraviolet (UV) radiation is present in sunlight, and contributes about 10% of the total output of the Sun. UV damages your wetsuit over time. Don’t leave your wetsuit drying in the sun.

Velcro leg straps, or ankle straps, offer extra protection against cold water entering your wetsuit through the ankle cuffs. Velcro straps are often removable and offer an additional option to seal the gap between your wetsuit and your booties in winter. They are commonly used by kiteboarders and windsurfers to prevent water from the spray of your board from splashing into your ankle cuffs.

Waist size is the circumference of your waist. Measure around your waistline, just above your belly button and below your rib cage. This measurement can be used to determine the correct wetsuit size, especially when buying a wetsuit online.

An elastic tensioner toggle allows you to apply tension on the waist, preventing water from entering your surf top.

Warp, or warp direction, refers to the threads that run the length of the fabric while woven on a loom. This is also known as the machine direction because it is the direction the threads run on the loom. The threads that run in the width of the fabric is referred to weft or weft direction.

Keeping your wetsuit clean and washed is important to extend the lifespan of your wetsuit. Always rinse your wetsuit after each surf with fresh water, but don’t use chemicals and don’t machine wash, tumble dry or iron as this damages your wetsuit.

A type of rubber seal or glideskin panel that can be used to seal the open ends of a wetsuit such as the inside of the collar, ankles and wrist cuffs.

Weft or weft direction refers to the threads that run the width of the fabric during weaving on a loom. The threads that run in the length of the fabric is referred to as warp or warp direction.

A wetsuit is a close-fitting garment typically covering the entire body or parts of it, worn for warmth in water sports such as surfing, kitesurfing, windsurfing, stand-up-paddling and diving. Please note surface water sport wetsuits are not suitable for diving.

Wetsuit accessories are products that can be used together with a wetsuit, such as neoprene gloves, neoprene booties, rashguards, neoprene hoods, neoprene innerwear etc.

In case you have a special body type, or if your current wetsuit doesn’t have the perfect fit, you can consider to get wetsuit alterations done. This is a complicated process.

A wetsuit bag is a bag to store your wetsuit during transport or to store at home. A wetsuit bag can sometimes double as a changing mat while getting changed. A wet wetsuit can be placed in this bag to keep your car clean from sand and salty water

Wetsuit booties, or booties, are a flexible type boot made of a neoprene upper with a flexible rubber sole. The more flexible the sole, the better the grip to your board. The thicker the boot, the warmer it will be, but the flexibility goes down as the thickness goes up.

Taking care of your wetsuit as by the manufacturers instructions will make your wetsuit last much longer. A few things to consider: Rinse your wetsuit after use, don’t use chemicals, don’t dry your wetsuit in direct sunlight to avoid ozone and UV damage to the neoprene. Don’t machine wash, iron or tumble dry. Avoid chlorine and store your wetsuit on a suitable wide shouldered hanger, or folded in half while drying. Only store your wetsuit in a closet or cupboard when completely dry on both sides.

Wetsuit cleaner is a washing liquid suitable to use with neoprene wetsuits in order to extend the longevity of your wetsuit and to keep it fresh. Be careful to not use any chemicals on your wetsuit as it might damage the neoprene or lining.

The more flexible and soft a wetsuit is, the higher the comfort. But the right fit, thickness and panel layout of your wetsuit are important factors too.

A wetsuit drain hole is a small hole placed strategically on your wetsuit to allow for water to exit your wetsuit. Some wetsuits feature a drain hole in the shoulder area or on the ankles.

A wetsuit dryer is an electronic device used to blow hot air into your wetsuit while hanging up on a hanger. The hanger has a fan built in to speed up the drying process of the inside of your wetsuit.

A wetsuit factory is a production facility where wetsuits are made by skilled workers. A wetsuit start out as a raw neoprene foam sheets which is then laminated together with inside and outside lining before they are cut into wetsuit panels and glued and stitched together by hand.

The right fit for a wetsuit can be determined by a couple of things. Firstly, make sure you buy a wetsuit that matches your body shape and measurements by using a size chart or Size Finder. Don’t just buy a size large because you always wear large t-shirts. A wetsuit should feel very snug and slightly tight the first time you try it on. It’s important to note that this is normal. Of course, you should be able to move freely and breathe normal, but the neoprene material is flexible and will stretch after you’ve used your wetsuit for a couple of times, just like a new pair of jeans. Your wetsuit should show no ‘air bubbles’, wrinkles or excess material under the arms, shoulders and crotch. These air bubbles might fill itself with water and will drastically influence the wetsuits’ performance. If you’re not sure about the size, ask the brand’s customer support team to help you out. Always make sure that; – Your neck is sealed tightly – The arms and crotch fit tightly – You’re able to lift your arms without too much resistance – You’re able to bend down and forward without too much resistance

Neoprene wetsuit gloves keep your hands warm while surfing. There are a variety of gloves out there in different neoprene thicknesses and sizes to match your needs.

Wetsuit repair glue, or neoprene glue is a type of contact adhesive specially designed to glue neoprene panels together. Neoprene glue keeps its flexibility but remains waterproof. Available in most surf shops. Don’t use any other type of glue to repair a wetsuit.

A wetsuit guide is an overview of different wetsuit models comparing thickness, price, features and specifications. So you can pick your favourite combination that suits your surfing needs and budget.

A wetsuit hanger is a hanger with broad shoulders to prevent neoprene from overstretching in the shoulder area. Don’t use a wire hanger, it will ruin your wetsuit. There are special wetsuit hangers available that allow you to fold your wetsuit at the waist line over the hanger, so you can drip dry your wetsuit without stretching it out too much.

A wetsuit hood is a neoprene product which covers your head and protects it against the cold. Wetsuit hoods can be sold as separate hoods to add to your winter wetsuit. Hoods also come attached to some winter wetsuits. Hooded wetsuits usually come in thicker neoprene such as 4/3, 5/4 or 6/4mm. The hood itself can be made out of single lined or double lined neoprene. High-end versions feature plush quickdry lining on the inside combined with neotape for extra protection and reash free seams.

Thermal insulation is the reduction of heat transfer between objects with different temperatures. In the case of a wetsuit, it refers to the capability of a wetsuit to protect you from cold water and wind and to retain your body heat inside the wetsuit. Neoprene is a good insulator due to the air bubbles inside the neoprene foam. The thicker the neoprene foam, the better the insulation and warmer you feel in cold water. Neoprene has low energy conductive properties, which limit heat flow. This is why it’s commonly used as insulation material in different applications.

A wetsuit key pocket is a place in your wetsuit to store your key. Commonly placed on the shin area or hidden inside the wetsuit.

Wetsuit leggings are neoprene pants, often worn together with a wetsuit top, to be used in warm water conditions. Neoprene leggings are fashionable and come in a variety of colors and prints. They are similar to Yoga pants, but are made out of neoprene instead of spandex to give you a bit of thermal insulation.

Wetsuit manufacturing refers to the production of a wetsuit from raw material to finished product. Neoprene is machine made, but the assembly of a wetsuit is done entirely by hand by skilled craftsmen and women.

Wetsuit material is most commonly known as neoprene. It is used in wetsuits, but can also be used to make other products such as laptop sleeves, beer can coolers or braces.

A wetsuit outlet is a place where old collection wetsuits are offered for sale at discounted prices.

Wetsuit performance is mostly determined by the amount of flexibility and the ability of a wetsuit to keep you warm. A high-end wetsuit is extremely flexible and doesn’t restrict you in your movements in the water, even when thicker neoprene is used.

The rental of wetsuits, mostly at surf schools or other outdoor centers where you can rent a wetsuit for the day while you do an activity that requires a wetsuit.

A wetsuit review is an article describing a specific wetsuit model in detail and comparing it to other models. Usually a wetsuit is thoroughly tested to give the reader the most honest feedback and test report of certain qualities of the wetsuits. This should include positive and negative feedback.

Wetsuit sale refers to a time of the year when wetsuits are sold at discounted prices. Traditionally at the end of the season to clear stock to make space for the next season’s wetsuit stock.

Wetsuit shoes, or neoprene boots, are made to keep your feet warm in cold water, or to protect you against sharp objects such as rocks, or reefs in warmer climates.

A wetsuit shop is a store that sells wetsuits. This can be the traditional surf shop at your local beach, or an online store where you can order your wetsuit online to get delivered at your door within a day or 2.

A wetsuit is a tight fitting flexible garment which is specifically designed to keep you warm in cold water. In order for a wetsuit to do its job, it is of great importance the wetsuit fits your body like a second skin. In contrast to your everyday clothes, most wetsuit brands offer a wide range of wetsuit sizes to fit many different body types. Wetsuit sizes are built up by combining body height weight, chest and waist width. If you’re not sure what wetsuits size is best for you, use the SRFACE Size Finder.

Wetsuit socks are thin neoprene wetsuit socks to protect your feet against cold water. Wetsuit socks usually don’t have a rubber sole, but feature a thin neoprene sole with some reinforcements added to protect it from wearing out when walking on them.

A wetsuit swimsuit is most known as a girls neoprene surf wetsuit with either short legs like a bikini bottom and long arms, or short legs and no arm sleeves. These swimsuits are often a fashion item that have thermal properties to help you stay warm in the water, but they are not as warm as a full neoprene wetsuit.

The temperature in which you can use a wetsuit depends on the thickness of your wetsuit. The thicker your wetsuit, the colder the water you can use it in. This is why summer wetsuits are thinner and winter wetsuit are thicker, up to 6 or even 7mm for the thickest surf wetsuits to be used in sub zero temperatures.

Thicker neoprene makes a warmer wetsuit. Neoprene thickness ranges from 2mm for summer wetsuits to 7mm for extreme winter conditions. You’ve probably heard of a 5/4 wetsuit, a 4/3 wetsuit or a 3/2 wetsuit. These numbers represent the different neoprene thicknesses used in the different panels of a wetsuit. However, these numbers usually don’t tell the whole story. Typically, a 5/4 winter wetsuit uses neoprene in thicknesses from 2mm up to 5mm in different areas of the wetsuit.

A neoprene top is a top suitable to surf in. Neoprene tops can have a zip like a neoprene jacket, or can be worn like a long sleeve t-shirt. They are usually skin tight, are about 2mm thick and mostly feature non waterproof flatlock seam stitching.

Wetsuit underwear is an optional extra neoprene layer to use as wetsuit under layer inside your wetsuit on extremely cold days. You can use an under layer top to increase your wetsuit thickness without buying a thicker wetsuit. This does however limit the performance and stretch of the wetsuit, so it’s advisable to rather buy a thicker wetsuit than a thin wetsuit with an under layer.

Wetsuit Wash is a washing liquid developed by SRFACE to wash your wetsuit in order to extend the longevity of your wetsuit and to keep it fresh.

Wetsuit zips come in 3 main options. Firstly, a back zip for easy entry and access of your wetsuit. Secondly, chest zips, which have slowly become the new standard in wetsuit design. A chest zip allows for a better fit, better insulation and less material yield. With today’s flexible neoprene it has also become easier to take your chest zip wetsuit on and off. A zip on the front of your suit is shorter than a zip on the back. A zip is the only part of the wetsuit that isn’t flexible, so the shorter the zip, the more flexible the wetsuit, but shorter zips might make it harder to get into it. Lastly there are zipless wetsuits or zip free wetsuits available but they are harder to get into and out of, and have a bigger shoulder opening that can allow water to enter.

Windsurfers often wear regular surfing wetsuits, especially ones with water repellant, single lined chest and back panels. However, specifically designed windsurf wetsuits do exist, they often feature more single lined panels to prevent from windchill. Some have a slightly wider forearm shape to eliminate potential craps during sailing, when gripping the boom.

Wing surfers usually wear a regular surfing wetsuit. However, it is advised to choose a wetsuit that is fully double lined and does not use smoothskin chest and back panels, as single lined neoprene (smoothskin) might get damaged easier when climbing on your board or touching the foil. Some foil specific wetsuits include extra protection on the elbows, or other hard wearing areas.

Women’s wetsuits are wetsuits designed to fit a female body shape and sizes. Available in different thicknesses, neoprene types and seam constructions.

Wetsuit size Extra Small. Men’s European size 46. Suitable for smaller body types or growing teenagers.

Wetsuit size Extra Large. Men’s European size 54.

Wetsuit size Extra Large Short. Men’s European size 27. Suitable for slightly wider, stronger or heavier body types with a similar height to size XL.

Wetsuit size Extra Large Tall. Men’s European size 55 or 106. Suitable for taller body types with a similar width in chest and waist to size XL.

Wetsuit size 2XL or Double Extra Large or Extra Extra large. Men’s European size 56

Wetsuit size 3XL or Triple Extra Large or Extra Extra Extra large. Men’s European size 58.

Yamamoto #39 is a type of limestone neoprene developed by the Japanese Yamamoto corporation. Yamamoto offers different grades of limestone neoprene closed cell foam. The higher the number, the more flexible and expensive it is. #39 is mainly used for surfing wetsuit with average flexibility. It is used in middle of the range wetsuit models, or on areas where not a lot of stretch is required, such as the body panels of a wetsuit. For maximum stretch, choose Yamamoto #40 instead.

Yamamoto #40 is a new, extremely flexible and light type of high-end limestone neoprene developed by the Japanese Yamamoto corporation. Yamamoto offers different grades of limestone neoprene closed cell foam. The higher the number, the more flexible and expensive it is. #40 is used in high end surfing wetsuits only. Making them extremely flexible, warm, light and strong. Some wetsuits use #40 neoprene only in panels that require more stretch, such as the armpits, shoulders and arms. Wetsuits that make use of Yamamoto #40 in all panels are considered the most high-end premium surfing wetsuits available. Wetsuits that use Yamamoto #39 or #38 are considered mid or entry level wetsuits.

Yamamoto neoprene is a type of limestone neoprene developed by the Japanese company Yamamoto.

YKK zips are the standard in zip technology. YKK makes high quality zips used for wetsuit design that don’t get corroded by seawater.

Yulex natural rubber is a type of material that can be used to replace traditional neoprene foam in wetsuits. It is made from natural rubber as main ingredient, harvested from the latex saps of rubber trees. The Yulex®️ company produces the only commercially available Forest Stewardship Council®️ certified pure natural rubber materials that allow the production of high-end performing and environmentally sustainable products.

Yulex®️ natural rubber foam is neoprene-free natural rubber that can be used to replace traditional neoprene foam in wetsuits. It is made from natural rubber as main ingredient, harvested from the latex saps of Hevea rubber trees from an FSC®️ certified forest.

Zipless wetsuits or zip free wetsuits have removed the traditional chest zip and have replaced it by a slightly bigger shoulder opening. They are a bit harder to get in and out of. The bigger shoulder opening can allow water to enter easier than a wetsuit with a chest zip. But therefore zip free wetsuits gain some extra flexibility.