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Archive for the ‘Materials’ Category

US Army Exercises Contract Option With Kraig Biocraft Laboratories Awarding Additional Funding To Develop And Deliver Spider Silk Technology

Wednesday, August 2nd, 2017

ANN ARBOR, Mich., -August 2, 2017- Kraig Biocraft Laboratories, Inc. (OTCQB: KBLB)

(“Company”), the leading developer of spider silk based fibers, today announced that the U.S. Army awarded the optional phase of its contract with the Company valued at more than $900,000. Under this exercised option, the Company will work to design, produce, and deliver additional recombinant spider silk materials tailored for the protective needs of our Soldiers. With this additional award the total contract is now valued at more than $1.0 million.

“When I founded this Company it was with the dream that one day we would work with the US Army to produce ultra-high strength materials in support of our Warfighters,” said Company CEO and founder, Kim K. Thomson. “The Army’s exercise of its option under our agreement validates that dream. Our team is honored to be working on this noble project and we intend to provide this very important customer with the very best high strength polymers using our recombinant spider silk technology.”

“We are extremely excited to continue our work with the US Army to deliver revolutionary materials to support the Warfighter,” stated Jon Rice, COO. “Under this new phase we will be working closely with our sponsor agency to match the performance of our spider silk to their specific use cases and protective applications. I would like to thank our team for the incredible amount of effort they’ve put in to make the first phase of this project a success and express my gratitude to our sponsor for the trust and confidence they’ve placed in us to deliver the next generation of spider silk solutions. The potential uses of spider silk are nearly limitless, but one of the greatest honors is being able to apply our technology to serving those who dedicate themselves to serving and protecting all of us.”

This additional work on the contract is scheduled to last roughly 12 months and is the Company’s second US Department of Defense award.

To view the most recent edition of Kraig’s Spider Sense quarterly newsletter and/or to sign up for Company alerts, please go to

BondicEVO Liquid Plastic Welder

Thursday, July 20th, 2017


BondicEVO is a project currently up on Kickstarter for a 'Liquid Plastic Welder', a product which the inventor describes as a "…pocket sized – battery operated – almost instant 3D printer". Bondic itself is a polymer compound which can harden almost instantly when exposed to UV light. The BondicEVO is the hardware component of Bondic's system, a UV light pen that is readily portable, and features a quick-release cartridge system for quick replacement. Bondic as a material is extremely versatile, as it cures quickly, is usable on a majority of materials, and can even be used underwater.

UF PRO – Waterproof vs Water Repellent

Sunday, July 9th, 2017

Author: Armin Wagner

There is quite a mix up regarding waterproof and water repellent textiles. Most of the times, these terms are used synonymously. But there is a big technical difference between them, especially when the expectation is to stay dry in adverse weather conditions.

The significant difference between a waterproof and a water repellent garment is that you’ll probably get wet in a water-repellent garment, especially when exposed to rain for a longer period or under certain wear conditions.

Whereas in a garment made of waterproof textiles one should stay dry, however long and in whatsoever conditions.

Continue reading to find out more about the pros and cons of waterproof and water-repellent clothing. We’ll also explain what DWR means and how you can retain it even after multiple washes.

The difference between water-repellent and waterproof garments is based on the definition which is applied by the textile industry for waterproofness.

International standards define a water entry pressure of 800mm (hydrostatic water column) above which a textile material (not the finished garment) can be called waterproof. Everything below that can be called only water-repellent.

A hydrostatic water column describes the amount of height of a theoretical column of water, which is pressing on the surface of the fabric. So the water column always corresponds to a certain pressure.

A water column of 10 meter (= 1.000 cm, = 10.000mm) equals a pressure of 1 bar, or 100Kilopascal.

As per definition, textiles with a water entry pressure below 800mm water column or 0,8 bar, can be called water repellent.

This might be enough to stay dry if one is only for a short time exposed to rain or any moisture, which is not pressed onto the textile.

As water-repellent materials usually do not contain any kind of membrane of compact coating, the so-called breathability of these materials is in most cases better than the one in waterproof materials.

This is quite logic, as they have a higher air permeability and also sweat, or better moisture vapour can permeate much easier.

A waterproof material, as per definition above is not the guarantee for waterproof garments.

Also, the overall design of a garment has to prevent rain to enter into the inner layers of the clothing system. That means that all closures, all seams, all edges must block any potential water entry attempts.

To prevent moisture to penetrate the seams, all seams which connect the outside of a garment with the inside of it have to be sealed with a seam sealing tape.

These seals have to be durable to washing, drying and any kind of wear and tear. They have to be durably waterproof.

As water usually finds a way to enter, wherever there is the slightest possibility to enter, this is quite a challenge.

Especially around edges, one might experience that without proper barriers, moisture can be seen wicking around them and all the way up into the inside of a garment.

Critical are the lower hems of the torso and the sleeves, but also the edges of the hood are neuralgic areas for wicking effects. To avoid this, wicking barriers have to be applied in these areas.

Especially while sitting or kneeling there might occur water entry pressures, which are much higher than 800mm.

That means that depending on how the garment is used the wearer still might get wet, even though the textile is classified by the above definition as waterproof.

Therefore, most of the high-performance waterproof garments are made of textiles, which block the water entry at much higher pressures.

GORE-TEX® laminates, for example, have been tested with a very sophisticated test instrument, which applied a water entry pressure of more than 100 meters. And still, there was no water penetration through the laminate.

Read more about the performances of GORE-TEX fabrics.

Today a truly reliable and durable waterproof performance can only be achieved with membrane-based products.

In these products, the membrane is the primary barrier to any water entry.

The chemical and physical characteristics of these membranes define not only the limits of the water entry pressure but also their durability.

Especially polyester and polyurethane based membranes seem to have a tendency to get weaker over time and sooner or later their performance drops below the critical thresholds.

This might be the result of UV radiation, ageing, flexing, high or low temperatures and of course also of numerous washing cycles.

Still, the bi-component ePTFE membranes, which are used by GORE-TEX®, Event and some other brand membrane manufacturers show the best results regarding the durability of its waterproof characteristics.

But what all of the membrane systems have in common is that if they are punctured, they will leak.

In fact this is the most common reason for all failures, which we experienced over the last 20 years.

Punctures can be caused by any kind of pointed, edged objects.

Very popular are for example pine needles which cover the ground in forests, thorns of bushes, but also dirt, which accumulates over time within the fabric structure.

The water-repellent characteristic is in common textile materials achieved by a thermal and chemical treatment of the fabric during its manufacturing process.

This is called a DWR, or “durable water repellent finishing.

Even waterproof fabrics have a DWR treatment, even though the waterproof component (membrane or coating) by itself is already waterproof.

As a matter of fact, when we have the waterproof performance of our GORE-TEX® gear tested, then the DWR is completely washed down, and the garment still has to be waterproof.

So why is this?


Applying DWR treatment to already waterproofed garments acts as a safeguard against sloppy construction of the sort that might permit leaks to develop following heavy usage or multiple washings.

Before a garment made of GORE-TEX® can be marketed, it must pass the GORE-TEX® Performance Standard (GPS) test to prove its waterproof-worthiness.

Conditioning approval to market a product upon passage of the GPS test is unique to GORE-TEX®.

Does that mean garments will not be waterproof if made of membrane products other than GORE-TEX®?


It simply means that any GORE-TEX® garment you buy will come with a guarantee that it passed a demanding test to prove it is waterproof.

In order to conduct GPS testing, we first need to wash down the initial or subsequent DWR treatment so that any construction deficiencies can become evident.


All membrane products have an upper or outside fabric layer (also called the face fabric).

The membrane is always located behind this layer.

DWR prevents the face fabric from absorbing moisture or water.

This is important because absorbed water adds weight to the garment. In some cases, the weight gain can be significant.

Good DWR treatment ensures that the garment retains its actual weight, even after hours of exposure to heavy rain.


Another benefit of good DWR treatment is it prevents you from feeling as if the garment is leaking.

If the face fabric becomes soaking wet, it will create a sensation of clamminess between your body and the inner fabric.

The garment might not be actually leaking, but the clamminess can make you swear that it is.

It’s a nasty effect, no doubt about it. One way to fight that feeling of clamminess is to create interior “air cushions“, by using our air/pac® inserts.

The air/pac® inserts help enormously, but only in the exact position, where you place them – and where they are designed to go is in just the most critical areas.

In all the other areas, one has to rely on a proper DWR.


Sooner or later and after you’ve subjected your waterproof garment to rugged outdoor use, the membrane will almost surely develop micro-holes.

This is hard to avoid, especially when you wear a rucksack, chest rig, or similar other gear atop your garment.

Your garment is also bound to come into contact with pine needles, sand, earth and other small particles.

From this contact micro-damage to the garment’s membrane occurs.

You can minimize the potential for this problem by washing your garment thoroughly after outdoor use.

This helps flush away particles that can become trapped within the outer fabric structure – particles that, if left alone, will tend to burrow through the membrane.

DWR is your best defence. It can act as a temporary patch over micro-holes in the membrane, thereby keeping water and moisture at bay so that you can remain dry.

However, you won’t remain dry indefinitely. The patch effect lasts only until you subject your garment to pressure.

In light of all this, is it important to apply a DWR treatment to already waterproofed garments? Undoubtedly, yes!

But is it also important to apply a DWR treatment after a routine washing?

Very possibly. Here’s why.

DWR is not permanent; it loses its integrity over time and dissipates. So it needs to be renewed after a protracted time of wearing or many wash cycles.

However, there are some things you can do prior to applying DWR that will make the treatment’s effects last longer.


Step 1: Check the quality of the DWR treatment

You can test the quality of the DWR by yourself. Just put some water on your gear and check if the water stays round like a little drop.

If this drop flattens and spreads immediately after applied, it gets absorbed by the outer fabric, then it might be the right time to do something aginst it.

Step 2: Iron or tumble-dry your clothing

You can reactivate the initially applied DWR simply by ironing the outer side of your rain gear.

This will help you to retain a good DWR performance for some time and before using some chemicals, which might pollute the water, and might also affect the breathability of your gear.

Also what you can do is to dry the clothing in a dryer and like this reactivate the DWR treatment to some degree.

Step 3 (in case step 2 isn’t sufficient): Apply water-repellent treatment

In case you think it’s time to apply something, then my personal preference is to apply the treatment solely on the outside of the garment, instead of the washing machine procedure.

Why? I prefer that on the inside of the jacket my body sweat is spread over an as big as possible surface so that it can evaporate through the membrane and to the outside as quickly as possible.

If there is DWR on the inside of the garment, then moisture might not spread that efficient, but condensate and run down the inside of the garment.

Not all clothes made out of a waterproof material are 100% waterproof. Its construction significantly defines the level of waterproofness.

As a matter of fact, also a lot of soft-shell garments are based on membranes with a water column of way over 800mm.

But due to its structure, the seam of soft-shell garments are impossible to be reliably sealed.

Therefore, water will after a longer time of rain exposure enter into the clothing.

Also, mechanical damages of the membrane, which might be the result of edged objects like dirt or pine needles can perforate the membrane.

These damages have to be professionally repaired.

If you encounter a potential leakage in your Monsoon waterproof garment, then please send them back to us with a precise description where you think the leakage occurred.

We will try to locate the damage and repair it for you.

About the author:

is the mastermind behind all UF PRO® products. With over 25 years of experience in the textile industry for law enforcement and military units, and after working for some of the industry’s leading companies, like W.L. Gore, Second Chance and Armour Holdings, Armin finally landed at, as he describes it, his dream job, as the head of product development at UF PRO®.

UF PRO Readies for Rollout of Frost Grey: New Colour Promises Superior Urban Damp-Down

Saturday, June 3rd, 2017

UF PRO, maker of innovative tactical clothing, today said it expects to roll out its much-anticipated urban shade Frost Grey by the end of May.

The new colour is engineered to make a wearer standing, crouching, or laying prone in proximity to buildings and infrastructure harder to spot than if he or she were clad in traditional black.

Frost Grey initially will be available only for the company’s Striker XT Gen.2 battle dress uniforms, according to Armin Wagner, head of product development at UF PRO. Later in 2017, Frost Grey will become a colour option for other top-rated UF PRO combat uniform products, including:

• P-40 All-Terrain Pants
• Hunter FZ Jacket
• Delta OL 3.0 Cold Weather Jacket
• Delta AcE Sweater

Frost Grey BDUs exhibited at UF PRO’s IWA OutdoorClassics trade fair booth earlier this year in Nuremberg, Germany, generated considerable excitement among the approximately 49,000 attendees, particularly those who work in law enforcement, Wagner reported.

“Wearing Frost Grey won’t turn you invisible, but it will definitely make you much harder to spot in an urban jungle,” he said. “We designed Frost Grey to allow the wearer to hide better, vanish faster, and more effortlessly blend in with immediate surroundings.”


Wagner explained that the ability to blend in is especially important for tactical clothing wearers engaged in surveillance activities.

“The better you blend in, the safer you are as you go about observing and documenting,” he said. “Colour is a very important part of this. We believe that Frost Grey is the colour that works best if the goal is to make you indistinguishable from the surrounding environment and what you’re surrounded by is an urban environment.”

Frost Grey – lighter than other shades of grey currently on the market – was engineered to minimize the visual signatures a person produces amidst a backdrop of granite-faced or

concrete buildings, Wagner said. He added that smaller signatures reduce the possibility of detection by suspects or hostiles whether nearby or at a distance.

Grey generally has in recent years emerged as a dominant color among producers of tactical equipment and clothing, Wagner indicated.

“Makers and users alike have more and more been aligning with the idea dating back to World War II that grey can damp down better than black in low-light conditions,” he said. “It’s why we say grey is the new black. Our Frost Grey is solid proof that it is.”

For more information about Frost Grey, Striker XT Gen.2 BDUs, and other outstanding UF PRO products, visit the company’s website.

CANSEC 2017 – Regitex and Logistik Unicorp Introduce Combat Uniform Made From Hemp Fibers

Thursday, June 1st, 2017

Hemp was long used for rope as well as to produce cloth but out society dropped its use due to the plant’s other use as an illicit drug. However, in recent times, there has been some reintroduction of hemp cloth. While hemp fabrics have taken off in the jeans industry, Canadian form Logistik Unicorp, in conjunction with their subsidiary Regitex, have undertaken some exploration of the material’s use for combat uniforms.

As you can see, the fabric accepts printing very well and evaluations show the material to be quite durable. Additionally, the manufacturing process produces much less waste than syntehtics.  

1947 LLC Announces Squadron, A New Laser Cuttable MultiCam 500D Westridge Cordura

Thursday, June 1st, 2017

To create the laser cuttable Squadron, 1947 LLC took 500D Westridge MultiCam Cordura and bonded it to nIR compliant, solution dyed, Coyote 498, 1000D Tuff Stuff Cordura.

For a full price list of MultiCam fabrics from 1947 LLC, visit

Polartec Introduces Polartec Power Fill

Thursday, June 1st, 2017

(Andover, Mass.) – May 30, 2017 – Polartec® LLC, the premium provider of innovative textile solutions, announces the upcoming launch of Polartec® Power Fill™. The fabric technology is a best-in-class fill insulation that rounds out the company’s range of temperature-regulating performance fabrics.

Polartec® Power Fill™ is a soft and pliable matrix of spun polyester yarns engineered with a proprietary hollow fiber construction that is softer and more durable, forming thousands of air pockets that continuously capture and contain body heat, while maintaining a resilient, equalized thermal layer between the colder air on the outside and the warmer temperatures on the inside.

A unique controlled melt process bonds the hollow fibers, increasing durability and drapability, eliminating the need for scrims or other stabilizers. This gives Power Fill™ unmatched warmth and design versatility for a wide range of styles and usage occasions. The polyester fiber’s inherent hydrophobic properties also work to ensure that Polartec® Power Fill™ resists moisture absorption and dries quickly, while maintaining a high warmth to weight ratio.

Made with industry-leading, cruelty-free, 80% post-consumer recycled content, Power Fill™ insulation technology provides greater warmth retention in colder conditions, without added weight or bulk.

“We’re proud to deliver an insulation technology to our customers that enables the design of better products with Polartec premium quality,” says Polartec CEO Gary Smith. “Polartec created the category of active insulation with our industry leading range of Alpha™ temperature regulating product offerings, and now Power Fill™ continues with innovative fill solutions for the coldest conditions.”

Polartec® Power Fill™ is being shown to customers now in 60, 80, 100 and 135 g/m2 weights, and will first become available to consumers in Fall 2017 product from Polartec customer Triple Aught Design.

Outdoor Research Releases Infiltrator Jacket & Pant

Friday, May 19th, 2017

Outdoor Research is the first company to fully commercialize WL Gore’s FLEX2FIT fabric into a garment. The Jacket and Pant are Hybrid-Mapped designs featuring a combination of lightweight GORE-TEX and the GORE-TEX FLEX2FIT fabric.

You can see the Coyote FLEX2FIT panels in these photos which are a great demonstration of the Hybrid-Mapped design.


Referred to as ‘Topo’ during development due to its similar look to a topographic map, FLEX2FIT is a stretchy version of the popular GORE-TEX fabric. This stretchability means the wearer is more mobile even though the garment offers a closer fit which better facilitates the transfer of perspiration from inside to outside the garment.

Design Features:
Fully Adjustable
Advanced Combat Helmet Compatible Halo-Hood
YKK™ AquaGuard™ Vislon Zippers
Zip Hand Pockets
TorsoFlo® Venting
Internal Front Stormflap

Functional Details:
Pocket Placement Above Harness or Pack Belt
Hook/Loop Cuff Closures
Elastic Drawcord Hem

The Infiltrator is offered in three colors: MultiCam, Gray and Coyote. The FLEX2FIt panels are color matched for the Gray and Coyote. However, due to the stretchable nature of the fabric, FLEX2FIT is not available in a printed variant because the pattern is distorted when the fabric is stretched.

Both US Elite and Tactical Distributors are selling the garments and have inventory. In Europe, they’re available from Armamat.