The Birth Of Billabong Wet Suit

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Home Page > Shopping > Clothing > The Birth Of Billabong Wet Suit

The Birth Of Billabong Wet Suit

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Gordon Merchant was a tough surfer. He was known for his extraordinary skills to turn up the exact beach in the midst of wind, tide and surf. In this situation, Gordon instantly realized the comforts of wearing boardshorts or baggies for 9 months of the year. He became very famous by introducing a surfboard with a tucked-under edge. Gordon and Rena Merchant started producing handmade boardshorts in 1973. They were quite tough against the rough weathers. Gordon and Rena fought all the odds. Billabong was born out of Gordon's innovation and creativity. It grew steadily having success in its way.

West Burleigh, became work station for Gordon and Rena. Crossing all the teething hurdles, they stood tough against the situation. So the situation yielded at last. Gordon was suddenly the talk of the town. He was so passionate about his desire to give the best quality, and cut boardshort on the market. Billabong had already gained name in the early 80's.

In the 80's again Billabong suddenly went international exporting to California, Japan, New Zealand and Europe. International licensee had to be up to Gordon's yardstick in dedication and honesty and hard core business man. Billabong and Gordon were now in the limelight surrounded by the best brains of the industry in Australia and abroad. Gordon steered the ship of Billabong to the international level.

Well known surfers like Joe Engel, Mark Occhilupo, Luke Egan, Wayne Bartholomew, Munga Barry, Shane Dorian, Taj Burrows, Sunny Garcia and the late Ronnie Burns give international credibility to Billabong.

In the early 90's Billabong had secured no 1 place internationally. Very few people knew about the high potential of Gordon in designing, marketing and sales. Gordon had understood the volatile nature of the market, as he believed in that every brand lives and vanishes off by each season.

Billabong wetsuits are available for all. Men, Women and Kids.

Billabong got shifted to the new premises at 1 Billabong Place, Burleigh Heads in 1998 as a mark of the 25th anniversary. He started new state of the art factory. The noteworthy news of the new site is the Polynesian style Retail Showroom, standing proudly at the entrance of the factory.

Gradually Billabong got involved in so many promotions, enjoying at the marketplace. The corner stone of Billabong is commitment to pro boardsports and its team riders.

Billabong is quite generous in sponsoring events across the globe emphasizing on athletic development. Billabong Clothing, Wetsuit, Billabong wetsuit, are all nurtured by Gordon yielding good returns till the date.

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Geeta Rao writes about the history of Billabong wetsuits chronologically. Gordon Merchant started the innovation journey and many joined him in the process. Billabong is the product of many brains, efforts and endeavours..

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Dry Suit

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Home Page > Beauty > Cosmetics > Dry Suit

Dry Suit

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Dry Suit

By: dresscloth

About the Author

Himfr is a scholar, focusing his research on Chinese cultures. If you are interested in purchasing China goods, please visit www.himfr.com

(ArticlesBase SC #580630)

Article Source: http://www.articlesbase.com/ - Dry Suit

A dry suit or drysuit provides thermal insulation or passive thermal protection to the wearer while immersed in water, and is worn by divers, boaters, water sports enthusiasts, and others who work or play in or near cold water. The drysuit protects the whole human body, except the head, hands, and possibly the feet. Drysuits are used typically in these cases:for extended immersion in water above 15°C (60°F), where discomfort would be experienced by a wetsuit user. with an integral helmet, boots, and gloves for personal protection when working in and around hazardous liquids. The main difference between drysuits and wetsuits is that drysuits are designed to prevent water entering. This generally allows better insulation in drysuits making them more suitable for use in cold water. Drysuits can be uncomfortably hot in warm or hot air. They are generally more expensive than wetsuits.The main part of the drysuit is a waterproof shell made from a membrane type material: neoprene, foam rubber, or a hybrid of both.

Nitro">http://www.himfr.com/buy-Nitro_Girls/">Nitro GirlsMembrane drysuits are made from thin materials, and thus by themselves have little thermal insulation. They are commonly made of vulcanized rubber, or laminated layers of nylon and butyl rubber. Membrane drysuits typically do not stretch, so they need to be made oversized and baggy to allow flexibility at the joints through the wearer's range of motion. This makes membrane drysuits easy to put on and get off, provides a great range of motion for the wearer, and makes them comfortable to wear for long periods, as the wearer does not have to pull against rubber elasticity.

To stay warm in a membrane suit, the wearer must wear an insulating undersuit, today typically made with polyester or other synthetic fiber batting. Polyester and other synthetics are preferred over natural materials, since synthetic materials have better insulating properties when damp or wet from sweat, seepage, or a leak.

Reasonable care must be taken not to hole or tear membrane drysuits, because buoyancy and insulation depend completely on the gas pockets in the undersuit. The drysuit material offers essentially no buoyancy or insulation itself, so if the drysuit leaks or is torn, water can soak the undersuit, with a corresponding loss of buoyancy and insulation.

In warmer waters, some wearers wear specially designed membrane drysuits without an undersuit. These are different in design, materials, and construction from drysuits made for cold water diving.

Membrane drysuits may also be made of a waterproof and breathable material to enable comfortable wear when out of the water for long periods of time. Sailors and boaters who intend to stay out of the water prefer this type of suit.

Neoprene is a closed cell foam synthetic rubber, containing millions of tiny air bubbles, forming a buoyant and thermally insulating material. If torn or punctured, a neoprene suit still keeps the insulation and buoyancy of the neoprene's bubbles when flooded. Being made of a fairly rigid dense material, they are not as easy to get on and off as membrane drysuits, and their buoyancy and thermal protection decreases with depth as the air bubbles in the neoprene are compressed, like with wetsuits. Neoprene also tends to shrink over the years as it outgases and slowly becomes more rigid. An alternative is crushed or rolled neoprene, which is less susceptible to volume changes when under pressure and shrinks less. With neoprene suits thermal under suits are usually worn, however, less insulation is needed thus reducing the amount of weight needed to counteract its buoyancy than a membrane suit which uses a thicker undersuit.

Hybrid suits combine the features of both types, with a membrane top attached to a neoprene bottom near the waist. The neoprene part is usually configured as a sleeveless "farmer-john" that covers the torso as well. This style is often used for surface water sports, especially in very cold water. The tight fitting lower part lets the wearer kick while swimming, and the loose fitting top allows easy arm movement. The torso covering also provides additional self-rescue or survival time if the suit leaks.

Seals at the wrists and neck prevent water entering the suit by compressing in a ring like a rubber band around the wrists and neck. The seals are not absolutely watertight, however, and the wearer may experience some seepage during use. The wearer will also get damp due to sweat and condensation. The seals are made from latex rubber or neoprene. Latex seals are supple but easily damaged and deteriorate with exposure to oils, oxygen, and other materials, so they must be replaced periodically, every two years or more. Neoprene seals last longer, but, being stiffer, let more water enter because they do not seal as effectively as latex seals to the contours of wrist and neck skin. They are also typically glued and sewn together to form a ring, and may leak along that seam.

Modern dry suits have a waterproof zipper for entry and exit which was originally developed by NASA to hold air inside astronaut space suits. The zipper is commonly installed across the back of the shoulders, but can also be found diagonally across the front of the torso, on the side, or straight down the middle of the front or back.

There are many zipper arrangements in use because the zipper is very rigid, and cannot stretch at all, which can make it difficult for a user to get into and out of the suit. The zipper opening is often quite small, since a large zipper makes the suit stiffer and more difficult to use. Some complex zipper arrangements that wrap around the neck or chest let the suit swing open with a flap or hinge point.

Dry suits may also be fitted with an extra waterproof zipper "fly" to let the user urinate when the suit is worn for long periods. Some snug-fitting suits may also use wrap-around expansion zippers that allow the suit to expand or contract to fit different size people.

Before waterproof zips were invented, other methods had to be devised, with the most common being a long rubber entry tunnel which would be flattened shut, then rolled together from the sides and finally folded and clamped with a metal clip. An early example was the Sladen suit, where the entry tunnel was at the umbilicus. The Louisiana-based drysuit company Aquala still makes a "historical" diving suit of that kind.

Another type was a rubber tunnel that protruded through a normal cloth zipper. The tunnel would be rolled shut and the zipper closed to hold the roll in place. At least one make of old-type British frogman's drysuit was one-piece with a wide neck hole for entry; the bottom of the hood and the edge of the suit's neck hole were held together by a large circular steel clamp around the neck; there was a watertight seal in the bottom of the hood.

Two-piece drysuit designs in full length for year-round use and "shorty" styles for summer-season use were also common in the 1950s and early 1960s. Two-piece suits of the period include the American-made Spearfisherman frogman suit, US Divers Seal Suit and the So Lo Marx Skooba Totes suit, the Italian-made Pirelli suit and the UK-made Heinke Delta suit and Siebe-Heinke Dip suit. These suits were sealed at the waist by rolling together the excess material at the bottom of the shirt and the top of the pants. A cummerbund, rail, or surgical tubing was sometimes provided to make the seal more waterproof. A modern version of the two-piece drysuit is manufactured by Customworks of Idaho. Though lacking such features as valves and zippers, these suits still have certain advantages over their modern counterparts. For example, they are cheaper, less bulky, more easily repaired and the footed pants could also double as fishing waders.

For cold-water use, especially diving under ice sheets, the user will usually wear a thick undersuit in a membrane dry suit. The thickness of undersuits varies and can be chosen by the wearer according the water temperature. Thinsulate is the preferred fabric for undersuits.[5][6] More recently, aerogel material is being added to conventional undergarments to increase the insulating properties of those garments.[7] Neoprene dry suits are made from a foam-rubber sheet containing tiny air bubbles, which provide insulation by themselves and generally eliminates the need for an undersuit. A neoprene wetsuit can also be worn under a membrane dry suit for extra protection against condensation and leaks.

Drysuits may have wrist seals, permanently attached gloves/mitts, or a third option known as the attachment ring (described below).

If it is not important to have exposed bare hands[8], permanently attached heavy rubber gloves or mitts can help make getting in and out of the suit much easier since there is no need for the suit to tightly seal around the wrists. Instead, the wearer can slip into the attached gloves as if they were a loose-fitting coat sleeve.

Full-hand diving mitts can be sometimes useful in extreme environments such as ice diving.

Three-finger mitts are a midpoint between gloves and mittens. In the three-finger mitts, the fingers are arranged like the science-fiction Vulcan salute. This provides slightly better hand-grasping dexterity while still permitting heavy insulation around the hands.

The drysuit may also have an integrated hood, which seals water out around the wearer's face, and helps keep the wearer's head warm. The integrated hood is often latex rubber that fits tightly around the head, but can also be made from neoprene or membrane to allow an insulating cap to be worn under the hood. Care must be taken to avoid the hood making a waterproof seal around either of the ears, as this would risk an eardrum bursting outwards at depth.

Separate (non integral) neoprene hoods for use with a dry suit are different from wetsuit hoods, because they cannot be tucked inside the suit at the collar, as this would compromise the neck seal; with these the wearer's head gets wet, which would be a risk when diving in contaminated water.

When a diver needs to be underwater for long periods of time day after day, a snug-fitting elastic hood can cause uncomfortable pressure sores on the ears, face, and jaw. To alleviate this and to permit easy communication with the surface and between divers, a hard metal or plastic diving helmet may be worn with the drysuit. This can be separate from the drysuit with its own watertight neck seal, or it can be permanently attached with a neck ring, and air from the helmet can enter into the suit.

Most commercial diving dry suits have heavy built-in boots. Sport diving suits may have boots or thin sheet-rubber booties. Surface dry suits may have booties or ankle seals to allow better foot control of water skis and surfboards. Surface dry suits may be used with separate non-waterproof neoprene booties for foot warmth, and aqua-shoes for protection while using personal watercraft.

For a commercial environment where the option of interchangeable boots for different sizes of feet is desired, the legs of the dry suit can also be fitted with attachment rings (described below). Some commercial divers order their suits without boots and install rubber work boots such as those used by miners or [[Firefighter|firefighters].

For commercial drysuit divers who must work on the sea bottom or on an underwater platform (such as under an oil rig), the drysuit may be fitted with heavy metal boots to keep the diver firmly weighted down. This allows the suit to be comfortably inflated like a balloon as the diver works, without concern that the diver may float uncontrollably to the surface. These divers cannot swim freely, and may need to ride an underwater cable elevator down to the work area.

These are typically only seen on professional and commercial diving suits. They allow separate neck seals, gloves, and boots to be joined to the suit with a watertight seal. The attachment ring system uses a support ring inside the suit and a clamping band outside the suit to tightly hold the suit and the separate hood/boot/glove together. They were also used with the neck seals of some old British frogman-type drysuits (see above).

The support ring can optionally be slipped into the sleeve of a regular drysuit that has wrist seals, to temporarily put watertight rubber gloves on the suit, or the wrist seals can be removed and the inner support ring is permanently attached inside the sleeve. The support ring may be a large one-piece unit that can be slipped over the head/hands/feet, or it may be split into halves that can be directly installed up close around the neck/wrists/ankles.

Attachment rings let a commercial diver change his suit to best perform the task at hand. Wrist seals can still be used with an attachment ring suit; they are mounted onto the ring like a pair of gloves.

A typical diving drysuit has an air exhaust valve, which lets the diver vent gas from the suit during the ascent. This is necessary because when the diver ascends, the air in the suit expands, balloons out the suit, and hinders movement. The air in a ballooned suit can overcome the diver's neutral buoyancy, and can cause a sudden uncontrolled ascent to the surface, resulting in decompression sickness and loss of consciousness.

Vent valves can be automatic, operating as pressure relief valves, or manual, where the diver must raise the valve to vent. Automatic vents are generally at the shoulder, and manual vents are at the wrist. Some older drysuits have no vents, but the diver must lift one of the wrist seals or the neck seal open to vent the drysuit. Surface dry suits are not inflated, and must be vented to remove most of the gas inside.

Because the air inside the suit is compressed as the diver descends, a modern diving drysuit also has a gas inflation valve, which lets the diver control the buoyancy of the suit by injecting gas from a diving cylinder to avoid the suit from being squeezed tightly and painfully onto the diver's body during descent. The sensation is similar to being pinched, but all over the body. Suit squeeze can also hinder the diver's movement and make swimming more difficult.

Some old-type frogman's drysuits had a small "jack cylinder" to be inflated from, or the frogman (who was using an oxygen rebreather and so limited to about 30 feet (9.144 m) depth) had to put up with the suit squeeze.

Normally, the gas used for dry suit inflation for diving is air from the primary breathing cylinder. When divers breathe helium-based gas mixes such as trimix, they often avoid inflating their suits with the helium-based gas due to its high thermal conductivity. They often carry a separate cylinder for this purpose; generally it contains air, although sometimes argon, which has lower thermal conductivity, is used. Pure argon cannot be used as a breathing gas. Alternatively, some trimix divers inflate their suits from a decompression cylinder containing a nitrox blend.

In surface dry suits, the wearer normally never dives deeply underwater, and is not concerned about neutral buoyancy, so there are no air valves on a surface drysuit.

For commercial divers or technical divers who may spend many hours in a drysuit underwater, it is not practical to have to climb back onboard the ship in order to open a waterproof relief zipper and urinate. The P-valve is a urinal built into the suit, which lets a male diver relieve himself at any time without having to get out of the water, and keeping him dry and clean inside the suit.

Before putting on the drysuit, the diver puts on a condom catheter, which is similar to a condom except that it is made of thicker material with a cuff or adhesive ring to prevent it from slipping off, and its end connects to a built-on drain tube. After putting it on, he attaches the end of the tube to a drain hose in the crotch of the suit. This drain hose leads to a vent opening just above a knee, and may also have a one-way valve (P-valve)to prevent ocean water from flowing back in if the hose gets disconnected.

Divers intending to urinate in drysuits sometimes wear an adult diaper / nappy, which soaks up and retains the urine.

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Himfr is a scholar, focusing his research on Chinese cultures. If you are interested in purchasing China goods, please visit www.himfr.com

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A Breakthrough In Wet Suit Design

New surf clothing is on the market that is so stretchy and water tight that there are no seams, seals, joints or fastenings. You climb into this wetsuit through the neck.

Now correct me if I am wrong but this sounds like a feat beyond all reasonable physical possibility. I'm not a surfer but I am a scuba diver and have been exposed to the ritual of donning and removing a wetsuit and it is never an easy task. Putting it one gets you into such a hot state that you are glad to throw yourself into water of any temperature. Taking one of is a physical challenge all its own!

When it comes to surf clothing, the wetsuit is very important, particularly for those surfing in and around British waters as we are not famed for our warm waters! Even on the hottest summer day, our seas are still cold and if you intend to be in and out of it all day surfing, a decent amount of protection is called for and boarding shorts are simply not going to suffice.

So comes the wetsuit. A mass of rubber that fits like a second skin, these suits have taken on various changes over the years to make them more comfortable and more water tight. A wetsuit should fit comfortably close to the skin to just allow a small amount of water in. This water is then quickly warmed to body temperature and keeps a warm(ish) blanket next to your skin. They should not be too loose as they will continue to let in more cold water and they should not be so tight that they restrict free movement.

Zips and fastenings have been a problem on surf clothing over the years by breaking or seizing up or allowing water in and out. Yet surf clothing has never been made of material flexible enough to omit fastenings whilst still being able to get a good seal. Until now.

A new design of wetsuit is due for release that is both flexible and water resistant to the point where a surfer can enter the suit through the neck, stretching it over his entire body and allowing it to snap back into shape creating a nice seal around the neck.

This all sounds well and good, but I want to see someone remove one of these babies! Trying to remove the average wetsuit will see the surfer pull all sorts of interesting expressions whilst several layers of skin and all body hair is removed in the process. A wetsuit needs to be fairly 'grippy' to do its job and once they are wet, they just love your skin. They stick like super glue to keep such a good grip and are notoriously difficult to get off again.

In fact, if you're looking for some cheap entertainment, visit a beach where people are surfing and take a (careful) look at people trying to remove a wetsuit. I say careful because you could get yourself in trouble if you go around watching people get undressed but it is highly amusing. They stride out of the water, looking all cool like they are professional water sportsmen and women, flick back the wet surfers hair and undo their wetsuits. Now comes the funny part.

Surfers up and down the beach can be seen writhing about as if they were having an epileptic fit whilst they try and free themselves from this rubber skin. After a good forty five minutes of fully fledged silly walks, they are once again free and stroll away as if they just threw it off and as if they are not really hot and bothered and uptight!

Shaun Parker is a leading sports expert with many years of experience in surfing. Find out more about surf clothing at http://www.transsurf.co.uk

Surf gear essentials choosing the right wet suit

Wherever you're surfing, getting the right wetsuit is essential. Finding a suit that fits and works for your particular activity can not only make surfing more enjoyable but it can protect you from dangers and difficulties in the water.

Water temperature is one key element – most surfing takes place in reasonably warm waters but some are warmer than others and it's important that your wet suit and all you surf clothing takes this accountant. Wetsuits come with varying lengths of legs and sleeves. Naturally shorter sleeves are best for warmer waters. The thickness of the suit is also a very important consideration. These essential elements of surf clothing are often sold in 3mm and 6mm specifications. If you're in waters above 85 degrees, for instance it would be sensible to go for a short leg and short sleeve wetsuit with a thickness of 2mm. For a temperature of around 60 or 70 degrees a thickness of 6-7mm is ideal.

But remember – the warm rating varies between one make and another and so a thicker suit might not necessarily be warmer than a thinner one. You also have to consider flexibility and how snug the fit is, some people don't mind a tight fit while others find that it restricts movement and can even be claustrophobic.

As well as the stitching, another thing to bear in mind type of material, usually neoprene, that it's made up of. What is known by some people as a chemical blown wetsuit has a soft and light feel, and is much less expensive than the durable and stronger gas blown wetsuit. If money is no object than there are even Titanium suits that will keep you warmer. Discussing these options with a good surf clothing retailer is always a good idea as if borrowing a friend's suit if possible to see what suits you.

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The Article is written by sidssurfshack.co.uk/ providing surf gear and wetsuits Services. Visit http://www.sidssurfshack.co.uk/ for more information on sidssurfshack.co.uk/Products & Services___________________________Copyright information This article is free for reproduction but must be reproduced in its entirety, including live links & this copyright statement must be included. Visit sidssurfshack.co.uk/ for more services!

The Evolution of the surfing wet suit

The surf wetsuits were on ancient times was not very flexible for use and included just two pieces of rubber. People could not use them comfortably when they used to go for diving, surfing, swimming or any other activities. The users had to make use of powder on their bodies so that the wetsuits could stay in place. The suits were not very strong in that if they were pulled rigorously they could tear off easily.

Today the surf wetsuits have become more useful and functional thanks to the advancement in technology and many years of research that went into the creation of the same.

Today with the help of a surf wetsuit you can even create a fashion statement as you move ahead to surf and hit the waves. There are stylish designs and applications as far as wetsuits are concerned and hence the product has become very popular among water sports lovers.

Originally wetsuits were made using rubber backed material. This has given way to the modern surf wetsuits made of neoprene material which enables water to get trapped inside of the material which in turn gets warm owing to the body temperature of the user.

This insulation provided by the use of the wetsuit prevents conditions such as hypothermia by acting as a barrier between the warm body and the cold water by retaining some of the heat.

There were other breakthroughs in the manufacturing process of surf wetsuits which include processes such as gluing within the seams, blind stitching etc all of which have contributed to a more durable and solid surfing wetsuit. This has also helped in providing a better insulation for the user.

Additional heat can also be generated around the torso and back areas because of additional heating elements so that the limbs do not get affected when excessive heat is pulled by the body towards the important organs.

All these developments show the evolution of the wet suit from its ordinary beginning. People can enjoy the sport of surfing throughout the year in cold and warm water conditions because of the added functionality of the present day surfing wetsuit.

Some people are of the misconception that surf suit is not required in warm water conditions. But the purpose of wearing wetsuits is that it prevents water from drawing heat away from the body and hence can and should be worn in all types of weather conditions.

Hence buy a surfing wetsuit today! In this way you can enjoy the sport in a better way and even spend a longer time in water without having to worry about anything else. You can also shop for these wetsuits online which is a convenient method of shopping for the same.

Looking for a wetsuit? Then have we got a site for you. After scouring the internet for great deals on surfing wetsuits, this is a site we've come to love http://surf-wetsuits.com

Why should you wear a wet suit?

It is very important to wear wetsuits while indulging in sports such as diving, surfing or snorkeling because there may be unforeseen hazards in the murky sea. You can swim better by wearing the skin tight and lightweight wetsuit which shall also protect you from cold. The following are some of the reasons why you must wear a wetsuit while engaging in water sports of any kind.

You can prevent the problem of hypothermia by wearing a wetsuit. You can lose your body hear quickly while you are in water and hence wearing a wetsuit can help you by preventing this condition.

Even if you happen to stay in water for a long period of time no harm will befall you because of the wetsuit worn by you. The main advantage of using a neoprene wetsuit is that it can form a protective layer of water to exist between your suit and your body. Water draws away the heat from your body because it is heat conducting.

However this water gets trapped into the suit and is not released. It thereby acts as an insulator and provides you warmth got from your own body. Further prevention of heat loss takes place because of the nitrogen gas bubbles that is present in the suit's lining which can help you stay warm even in cold waters!

Wetsuit can also offer you immense protection. It prevents any blows from harming your body because the wetsuit is made of neoprene material which is basically indestructible. This is another primary reason why you must wear a wetsuit before entering the deep seas for any purpose.
Wet suits also provide buoyancy which can be of great help to new or poor swimmers. You can float in a better manner because of the buoyant environment of neoprene.

A wetsuit will surely help you when you wish to master swimming. A wetsuit is an indispensable item for lovers of water sports. Water can rob your body of heat and you can start experiencing negative health benefits because of this over time.

You can select a surfing wetsuit and wetsuit boots to ward off the discomfort and select one that is suitable to your needs and taste.
Wetsuits cannot keep your body completely dry because they are mostly made using a synthetic fabric called neoprene. You can be insulated from the cold because the suits allow small portion of the water to enter through the suit and this combined with your body temperature helps in imparting the required insulation.

So there are plenty of positive reasons why you need to invest in a good wetsuit today! You can find plenty of designs and colors in which the products are available. You can seek the help of the salesman to make the best choice.

Wetsuits are an important part of your favorite water sport. When it is time to get a wetsuit you want a good name like body glove wetsuits and here is one of the best sites we've found on the web: http://surf-wetsuits.com/store/category/wetsuits_body-glove-wetsuit/

The Birth Of Billabong Wet Suit

Dry Suit

A Breakthrough In Wet Suit Design

Surf gear essentials choosing the right wet suit

The Evolution of the surfing wet suit

Why should you wear a wet suit?

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