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Welcome
to STEC Armour Ballistic Tiles

STEC Armour ballistic tiles for shooting range

Build a Modern, Professional Shooting Range with STEC Armour

Create a safer, high-performance training environment with STEC Armour Ballistic Tiles. Developed by Green Valley with over a decade of expertise in rubber engineering, our specialized matting systems are designed for military and police combat training, professional shooting ranges, and police academies.

Why Choose STEC Armour?

Our ballistic tiles provide an integrated construction system that prioritizes safety, durability, and environmental standards​

 

  • Ultimate Safety: Designed to buffer bullet shock and effectively solve problems like fragmentation and tearing caused by continuous impact​

  • Certified Performance: Our products have passed live ammunition pressure tests and meet stringent technical standards for tensile strength, bomb resistance, and shock absorption

  • High-Quality Materials: We offer a range of environmentally friendly, odorless, and fire-retardant options, including High-Density and EPDM fiber mats

  • Operational Excellence: Our system integrates sound insulation and protection to create a modern, professional shooting facility

     

Our Product Lineup

We provide a comprehensive range of mats to cover every inch of your facility:

  • Bullets Collection Mats: Available in rubber mulch or EPDM rubber mulch with specifications up to $1000 \times 1000 \text{ mm}$ to handle direct live fire

  • Peripheral Protection Mats: Ideal for surrounding areas, featuring non-slip surfaces and superior elastic shock absorption

  • Composite & Odor-Free Protection: Specialized mats using SBR and EPDM granules to ensure a safe, comfortable, and chemical-compliant environment

     

Technical Specifications

  • Fire Resistance: Tested to DIN 4102-1 standards with no dripping and minimal flue gas

  • Durability: High tear strength ($\ge 5 \text{ kNm}$) and strain-compression stress ($\ge 1000 \text{ kPa}$)

  • Anti-Slip & Waterproof: Reliable performance in both dry and wet conditions

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