THE TRUTH BEHIND
WHAT YOU WEAR
STANDARD is a reference page.
A space where we present real comparisons, technical data, and proof of quality behind the materials we use.
If it’s STK®, it’s because it’s been tested, compared, and approved by those who understand the weight of what they wear.
Our commitment is to the truth — and to your trust.
We’re not just a brand.
We’re a shield against opportunists who put profit above your safety and trust.
This content is part of the “STK® TECHNICAL TRUTH” series:
Posts that reveal what’s behind the specs, debunk false claims, and prove — with real data — why the STK® standard exists.
CORDURA® 1000D VS GENERIC 1000D NYLON
When marketing tries to imitate durability — and fails.
MANY BRANDS USE THE TERM “MILITARY NYLON” AS IF IT MEANT QUALITY — BUT THE TRUTH IS, MOST OF THESE CHEAP FABRICS DON’T EVEN COME CLOSE TO THE PERFORMANCE OF ORIGINAL CORDURA®. Here, we show you why.
SOURCE: CORDURA® TECHNICAL GUIDE (INVISTA) – COMPARATIVE DATA ON ABRASION RESISTANCE (ASTM D3884), TENSILE STRENGTH & WEATHERING.
CARACTERÍSTICA | FEATURE | CORDURA® 1000D | NYLON 1000D GENÉRICO | GENERIC NYLON |
|---|---|---|
Surface Finish | Water-repellent + anti-abrasion | Varies |
Tensile Strength | 450–500 lbs | ~300–400 lbs |
Fiber Type | INVISTA Nylon 6.6 (high tenacity) | Common Nylon 6 or blends |
Abrasion (ASTM D3884) | Up to 20,000 cycles | ~8.000–10.000 cycles |
Weight (g/m²) | ~400–430g | ~400–430g |
Field Durability | Proven in military use | Inconsistent / variable |
ORIGINAL VELCRO®
The only name the mission trusts.
Everything else is just imitation.
YOU MIGHT CALL EVERYTHING “VELCRO” — BUT THERE’S ONLY ONE THAT OWNS THE NAME. AND IT’S NOT GENERIC.
CARACTERÍSTICA | FEATURE | VELCRO® ORIGINAL | ORIGINAL VELCRO® | GENÉRICO | GENERIC |
|---|---|---|
Temperature Resistance | -56°C a 92°C | 0°C a 60°C (average) |
Base Fabric | High-tenacity nylon | Recycled polyester |
Open/Close Cycles | +10.000 | 1.000 – 3.000 |
Tensile Strength (N/cm²) | >8.0 | 3.0 – 5.5 (varies) |
Trademark Registered | ✅ | ❌ |
YKK® ZIPPER VS GENERIC ZIPPER
A cheap zipper costs you more.
YOU CAN HAVE THE BEST FABRIC, THE BEST STITCHING, AND THE BEST CUT.
BUT IF THE ZIPPER FAILS, THE ENTIRE PRODUCT FAILS.
CARACTERÍSTICA | FEATURE | YKK® ORIGINAL | ORIGINAL YKK® | GENÉRICO | GENERIC |
|---|---|---|
Standardization | Global | Non-existent |
Tensile Strength | High | Low |
Closing Precision | Very high | Low, with gaps |
Opening Cycles | +10.000 cycles | 2.000 to 3.000 cycles |
Raw Material | Nylon/metal with tested alloy | Fragile plastic or metal |
REAL MOLLE (WEBBING & BARTACKS) VS LASER CUT
Looks deceive. Structure delivers.
THERE’S A BRUTAL DIFFERENCE BETWEEN "TACTICAL LOOK" AND REAL TACTICAL GEAR.
MOLLE with stitched webbing and bartacks is trusted by the most demanding units worldwide. Laser cut looks sleek — but it’s fragile. And many brands use that to sell cheap gear disguised as “innovation.”
WHAT IS THE MOLLE SYSTEM?
MOLLE (Modular Lightweight Load-carrying Equipment) A modular attachment system used in military and tactical gear. It allows pouches and accessories to be securely attached, customized, and configured with maximum strength.
Its foundation is the PALS standard:
PALS (Pouch Attachment Ladder System)
A grid of horizontal webbing stitched with standardized spacing (1 inch / 2.5 cm), made from high-strength polyamide webbing.
💡 PALS is the structure. MOLLE is the system that uses it.
Found on modern plate carriers, packs, and tactical platforms.
TECHNICAL COMPARISON TABLE
SOURCES:
Point Blank Enterprises
➤ CLICK HERE
Reference to TANK TRACK™ Laser Cut technology, where they state their laser cut system was engineered to match the strength of traditional MOLLE — highlighting that traditional webbing is still the benchmark.
Skarmour Tactical Blog
➤ CLICK HERE
A technical, unbiased analysis comparing the pros and cons of both systems — emphasizing that laser cut only comes close to traditional MOLLE when using premium multi-layer laminated materials, which is not the case for most brands on the market.
CARACTERÍSTICA | FEATURE | MOLLE TRADICIONAL | TRADITIONAL MOLLE | MOLLE LASER CUT | LASER CUT MOLLE |
|---|---|---|
Ease of Repair | High (can be stitched) | Low (cuts are hard to repair) |
Tear Risk | Low | Higher with low-quality materials |
Modularity | Excellent, PALS standard | Good, but may vary with design |
Profile | Bulkier | Thinner, more discreet |
Weight | Higher due to extra webbing | Lower, lighter design |
Durability | High (reinforced stitching) | Varies (depends on material and cut) |
Field-Tested Strength | Proven in real-world use | May be lower with inferior materials |
POLYAMIDE WEBBING
Not every webbing is made to withstand load.
Your life shouldn’t depend on decorative straps.
The webbing used in STK® equipment is manufactured from Polyamide 6.6, the same fiber employed in safety-critical applications and military-grade specifications. Engineered for structural load support, it delivers breaking strengths of 600 kg (25 mm) and 1,200 kg (50 mm), as verified through technical reports issued by Fitas Bera.
In comparison, generic polyester or low-density nylon webbings typically range from 150 to 400 kg depending on width, and demonstrate lower abrasion resistance, faster deformation, and inferior UV performance. The use of Polyamide 6.6 ensures dimensional stability, durability, and consistent mechanical performance—critical characteristics in systems where the integrity of the webbing is responsible for maintaining the function of buckles, pouches, modules, and the entire structural assembly.
SOURCE: TECHNICAL REPORTS — BERA TAPES (PUBLIC ACCESS): CLICK HERE
WHAT IS POLYAMIDE WEBBING AND WHAT IS IT USED FOR?
What is Polyamide Webbing?
It’s a high-strength textile webbing made from Polyamide 6.6 — the same fiber used in seatbelts, rescue equipment, and military-grade applications.
What is it used for?
It is the structural backbone of the equipment.
It’s the component that handles load, tension, impact, friction, and anchoring.
If the webbing fails, the entire system fails.
✅ STK® uses Bera Webbing. Real Polyamide 6.6. Real engineering.
No hidden cost-cutting.
COMPARATIVE TABLE: 25mm WEBBING
CARACTERÍSTICA | FEATURE | POLIAMIDA 6.6 | POLYAMIDE 6.6 | FITAS GENÉRICAS | GENERIC WEBBING |
|---|---|---|
Material | Polyamide 6.6 (Nylon) | Polyester or low-density Nylon |
Weave | 1x1 / 60 warp yarns | Low-density weave |
UV Behavior | High resistance | Fades, dries, cracks |
Abrasion | High | Low |
Breaking Strength | 600 kg | 150–200 kg |
COMPARATIVE TABLE: 50mm WEBBING
CARACTERÍSTICA | FEATURE | POLIAMIDA 6.6 | POLYAMIDE 6.6 | FITAS GENÉRICAS | GENERIC WEBBING |
|---|---|---|
Material | Polyamide 6.6 (Nylon) | Polyester or fragile Nylon |
Weave | 1x1 / 120 warp yarns | Low-density weave |
Elasticity | Controlled | Fast deformation |
Abrasion | High | Low |
Breaking Strength | 1.200 kg | 300–400 kg |