Webbing
Why Choose Us?
Wide Market
Our customers are mainly from Europe, America, Japan, Germany, Saudi Arabia and other countries, OEM ODM is very welcome.
Strong Production Capacity
It has set up elastic band workshop, webbing workshop, rope weaving workshop button workshop, manual department, sewing workshop, QC workshop, etc.
Rich Experience
Shenzhen Jianuo Fashion Co., LTD, Founded in 2010 and headquartered in Longgang, Shenzhen. Our company focuses on accessories for 12 years.
Wide Range of Applications
Focusing on the production of elastic band series, Rope series, lace series, button series, products are widely used in clothing, shoes and hats, luggage, toys, handicrafts and other industries.
What is Webbing?
Webbing is a strong fabric woven as a flat strip or tube of varying width and fibres, often used in place of rope. It is a versatile component used in climbing, slacklining, furniture manufacturing, automobile safety, auto racing, towing, parachuting, military apparel, load securing, and many other fields.
Advantages of Webbing
Abrasion Resistance
Abrasion resistance measures the ability of a material to withstand damage and wear caused by friction. Nylon's ability to withstand high friction makes it an excellent choice for applications where straps will repeatedly slide or rub, such as mountain straps and skydiving.
High Tensile Strength
High tensile strength is the maximum stress a material can withstand before it breaks, such as being pulled or stretched by extra weight. This makes nylon a durable material that can be relied upon to perform safety-related tasks even under the harshest conditions.
Chemical Resistance
Nylon webbing can easily handle exposure to alcohols, ethers, and cleaning agents, including those used in dry cleaning and oils used in the automotive industry, and has good resistance to dilute acids and common alkalis, making nylon webbing ideal for applications that may be contaminated with chemicals. It should be noted, however, that they will decompose in strong acid mixtures.
Temperature Resistance
With a melting point of 250°C and the ability to withstand temperatures down to -80°C without any loss of strength, nylon webbing can be relied upon to withstand both high and low temperatures. It can also be coated with a flame retardant coating to further increase its heat resistance for use in fire projects.
Soft and lightweight
Nylon webbing can be made into a smooth, comfortable finish for belts and more, allowing users to wear it longer and more comfortably. The shiny texture and smooth feel are key attributes of nylon webbing.
UV Resistant
Nylon webbing with added stabilizers is highly resistant to UV rays, which means they retain its color and do not suffer damage or degradation in the sun as some other materials do.
Types of Webbing
Polypropylene Webbing
Polypropylene Webbing is a durable and economical option perfect for everyday objects like tote bags, backpack straps, and bag handles. Though it's not as strong as nylon, Polypropylene Webbing is water-resistant, making it a good choice for objects that might get wet. It features a smooth, shiny finish and excellent colorfastness and is available in medium or heavy weight for use with different fabric weights. Because it consists of synthetic material, you can also conveniently finish the cut edges of this webbing by carefully heating the ends to melt the fibers together.
Cotton Webbing
For a softer look and more customizability in color, cotton webbing is the perfect choice. Cotton can't hold as much weight as other webbing materials, but it offers a softer natural-fiber look ideal for items like totes, handbags, home décor, belts, and crafts. Plus, it's dyeable! Choose the "natural" color of our cotton webbing to dye this material to the exact hue you want. Finish cut ends on cotton webbing with a simple zigzag stitch to prevent fraying and unraveling.
Nylon Webbing
If your project requires more strength and a bit of flexibility, Nylon Webbing might be the best option. This durable, flexible webbing is ideal for heavy-duty applications, sporting gear and equipment, and projects that need to be able to bear weight. Try Nylon Webbing for items like backpack straps, sporting goods, lanyards, pet collars, leashes, and more. Nylon Webbing absorbs water and has the potential to stretch and weaken when wet for extended periods of time, so it might not be the best choice for all outdoor projects. Like Polypropylene, Nylon Webbing can be finished using heat.
Seatbelt Nylon Webbing
Though similar in its materials to Nylon Webbing, Seatbelt Nylon Webbing has a distinctly different look. Broad and flat, with a smooth finish and flexible feel, Seatbelt webbing has a very high breaking strength and excels where heavy-duty straps are concerned. It's often used in upholstery to reinforce the underside of a seat, or as a seat itself on items like lawn chairs. It's also ideal as a wide strap for projects like messenger bags, luggage straps, and more. Seatbelt Webbing is not intended for seat belt use in motor vehicles or as a safety restraint.
Material of Webbing
Nylon
Nylon is very strong and is available in several different types, including nylon 6 and nylon 6,6. It is one of the most commonly used webbing fabrics in the outdoor industry. For this reason, you can easily find nylon in various colors, styles, and applications, including backpack straps and rock climbing safety equipment.
Polyester
Polyester is a common choice for webbing in the outdoor industry because it is strong, does not stretch, is UV-stable, and does not absorb water. It also comes in a wide range of widths and strengths. It is about 90% as durable as nylon, and it is one of the most UV-stable webbings available. It is also very resistant to abrasion. These properties make it an excellent choice for hammock suspension and backpack straps.
Polypropylene
Polypropylene is much lighter than other types of webbing fabric and absorbs the least amount of water weight. It floats on the water and is mildew resistant, which might come in handy for some outdoor applications. It also holds up well against stains and damage caused by things like grease and oil. That said, polypropylene is also much weaker than other types of webbing. It has a lower melting point and is less resistant to abrasion than its nylon and polyester counterparts.
Kevlar
Kevlar has a great weight to strength ratio. It is also abrasion and heat resistant. You may know Kevlar from its use in bulletproof vests, but it has recently become a lightweight tree strap alternative. The downside to Kevlar in the outdoor industry is that it has a very low resistance to UV degradation.
Application of Webbing
Travel and Camping Applications
Webbing straps are essential for travelers and campers. They can be used to hang tents, suspend sleeping bags, or even create windbreaks. The strength and grip of webbing straps enhance safety and comfort for users in harsh outdoor conditions.
Everyday Life Usage
Webbing straps can be utilized to enhance convenience in daily activities such as moving furniture, hanging lights, or connecting materials for assembly while adding aesthetic accents. They are also a safe and reliable option when you need to secure or fasten objects.
Safety in Transportation with Webbing Straps
Webbing straps are commonly used to secure or tie down cargo on vehicles such as cars, motorcycles, or bicycles. Using webbing straps ensures safety for both drivers and participants in traffic, preventing accidents caused by loose cargo falling onto the road.
Medical Applications of Webbing Straps
In the medical field, webbing straps are often used to create harnesses, clips, and protective belts for patients. They provide stability and safety when used to immobilize and treat injuries or aid in post-surgical recovery.
Search and Rescue and Security Applications
In emergency situations such as search and rescue or disaster response, webbing straps are essential tools. They can be used for climbing, traversing rock faces, or even for hoisting individuals in need of assistance. Webbing straps are not only a common material but also a versatile and safe tool in various fields of everyday life. Thanks to their flexibility and durability, they offer many benefits and applications for users.
Industrial and Construction Applications
In the industrial and construction sectors, webbing straps are widely used for transporting and lifting heavy loads. They provide stability and safety during the moving process, helping to prevent accidents and injuries for workers. Additionally, webbing straps are also used to create structural elements, such as suspension loops, to secure pipes and structures in construction and maintenance processes.
Webbing Straps in Sports and Outdoor Activities
Webbing straps play a crucial role in outdoor sports such as rock climbing, hiking, and mountaineering. They are used to create safety harnesses, tie-down straps, and suspension systems. The durability and grip of webbing straps help create a safe and reliable environment for participants in these physical activities.
Use of Webbing Straps in High-Tech Industries
In the high-tech industry, webbing straps are commonly used to make fastening components, connectors, and suspension cords in electronic devices, industrial machinery, and other technical products. They provide flexibility and good load-bearing capacity while maintaining the stability and reliability of the equipment and products.
Webbing Straps in Fashion and Accessories
Webbing straps are not only used for functional purposes but also as popular fashion accessories. They are used to make handbag straps, watch bands, belt straps, and various other accessories. The design flexibility and color variety of webbing straps offer multiple choices for consumers and help create unique personal styles.
There are four weaving types for constructing nylon webbing and other flat webbing materials. Webbing materials have different properties and characteristics depending on how they are made. Choosing the material is essential, but it is not the only one. It is essential to recognize that the type of weave used to construct the material also plays a direct role in creating highly specialized webbing for specific applications and environments.
Weaving takes two sets of textile threads and interlaces them perpendicularly. The fabric is created on a loom. Two important terms to know regarding weaving are warp and weft. A warp is a lengthwise thread, and the weft is a crosswise thread. The warp and weft are put together to create distinct properties in the final pieces.
Plain weave is simple in that the warp and weft are put into a simple crisscross pattern (over-under). Although the name suggests it might not be remarkable, this type of wave is more vital than most others because it has a high interlacement.
Satin weaves create a flexible webbing material that often has a glossy surface. The glossy nature of the material comes from a significant number of floats on the fabric. Satin weaves are the softest available, so they are often smart for fashion and pet wear.
Twill is different from satin and plain weaves because it has a more complex pattern. This wave uses a series of diagonal parallel ribs put into a specific pattern. It will weave is more durable and is heavier than a plain weave. It is also soil and wrinkle-resistant. This type of weaving is excellent for complex binding applications, such as seat belts harnesses and high-strength slings.
Basket weaving is stronger and more flexible than plain weave nylon webbing, resulting in a less stable fabric. As a result, this type of weaving is often used in the composites industry because fabrics have a flat look and loose construction.
How Military Webbing Is Different Than Normal Grade Webbings
Strength
Mil spec webbing has to be strong enough to haul heavy loads under harsh conditions. It is extremely strong and durable: webbings with 1-2 inch widths have breaking strengths that can range between 5,000 and 10,000 pounds, with some that are even stronger. When there are lives depending on the strength of the webbing, there has to be no doubt that it will hold under any circumstances.
Material
Most military webbing is made of nylon or Kevlar. These both make strong, lightweight webbings suitable for most military uses, with Kevlar being the stronger of the two. Normal grade webbings used in items like furniture and belts are typically made out of materials such as cotton or polyester. While often less expensive and more readily available, these types of materials are not designed to stand up to the rigors of military use. Nylon webbing can be found in items like seat belts and climbing gear where there is a need for extra strength.
Resistance to Abrasion
In addition to its ability to carry heavy loads, military grade webbing is also designed to resist abrasion. It rarely tears or gets worn down, even under extreme conditions. This is despite the fact that it is typically ribbed (not smooth like some types of webbing) to give it better traction and make it less likely to slip in tie-downs or buckles.
How to Clean Military Webbing?
Rinsing
After the scrubbing session, rinse away the suds and grime. Agitate it in pools of water at first and then thoroughly rinse it under running water. Thorough rinsing removes all soap residue and potential film. Nothing should remain to cause potential skin irritation or damage fabric or transfer to equipment, Much like washing away your sweat from a hard day’s work, this step will leave your webbing refreshed and ready for action.
Drying
Finally, allow the freshly cleaned webbing to completely air-dry in a cool, shaded area, away from direct sunlight or alternative heat sources. It’s like giving your gear a chance to catch its breath after a strenuous day. Allowing the wet webbing to dry naturally prevents damage due to excessive heat, prolonging its lifespan and preserving its integrity. Like a soldier resting after a mission, this period of rest and recovery ensures that your webbing is ready to tackle whatever challenges lie ahead.
Preparation
Before diving into the actual cleaning process, take a moment to detach all accessories and attachments from your military webbing. This step not only ensures a thorough canvas for cleaning but it prevents unintentional damage to components. Just like gearing up for a mission, preparation sets the stage for success. Clearing the deck allows you to focus solely on rejuvenating your webbing.
Hand-Wash
Picture the end of a long day in the field. You’re covered in sweat and grime. Similarly, your military webbing has likely fared the same fate. No doubt it has been through its fair share of dirt and debris. By immersing it in lukewarm water mixed with a gentle detergent, you’ll give it a refreshing bath. Gently agitate the water and rub as needed. A soft rag or sponge can prove helpful. Much like cleaning your own skin, you want to be thorough yet avoid harsh rubbing.
Scrub
As you gently scrub your webbing you might discover stains or stubborn areas. These are best cleaned by using a soft-bristled brush or cloth> Think of it as a deep massage. Focus on the areas that have accumulated the most dirt and sweat. Work out any stubborn stains or residues. Just as a massage relieves tension and invigorates your muscles, this step rejuvenates webbing to restore its flexibility and resilience.
How is Nylon Webbing Constructed & Used?
Nylon polymer production
The first step in making nylon webbing is to produce the nylon polymer, the raw material used to make the webbing. This is typically done through polymerization, which involves reacting monomers (small molecules) to form long chains of polymers.
Spinning
Once the nylon polymer has been produced, it is melted and extruded through small holes to form thin, continuous filaments. These filaments are then cooled and stretched to increase their strength and stability.
Drawing
The stretched filaments are then drawn through a series of heated rollers, strengthening, and stabilizing the fibers. This process is known as drawing.
Texturizing
The fibers may be texturized, or given a textured surface, to increase their flexibility and softness. This is typically done through air jet texturizing, in which the fibers pass through a high-pressure air jet.
Weaving
The texturized fibers are then woven into webbing using various weaving techniques, such as plain weave, satin weave, or twill weave. The webbing is typically woven on a loom, interlacing the fibers to create the desired pattern.
Finishing
Once the webbing has been woven, it is subjected to a series of finishing processes to improve its appearance and performance. This may include dyeing, heat-setting, or coating the webbing with a protective finish.
Quality control
Finally, the webbing is inspected and evaluated to ensure it meets the required quality standards. Any webbing that does not meet these standards is discarded, while the rest is rolled up and packaged for distribution.
Our Certifications
Our Factory
Shenzhen Jianuo Fashion Co., LTD, Founded in 2010 and headquartered in Longgang, Shenzhen. Our company focuses on accessories for 12 years,we are professional, excellent quality, timely service,Welcome more development, happy cooperation.Our factory covers an area of more than 10,000 square meters. It has set up elastic band workshop, webbing workshop, rope weaving workshop button workshop, manual department, sewing workshop, QC workshop, etc.
Ultimate FAQ Guide to Webbing
