Product Overview

Engineered for durability and versatility, our High-Tensile Polypropylene Herringbone Webbing is ideal for furniture manufacturers, strap producers, and industrial users. Designed with a herringbone weave pattern for enhanced strength and stability, this webbing is resistant to moisture, abrasion, and UV exposure — making it suitable for both indoor and outdoor applications.

Purpose

This webbing is specifically designed for:

• Furniture support systems, such as seats, backs, and structural frameworks.

• Strap manufacturing, including bags, backpacks, safety gear, and cargo handling.

• DIY and repair projects requiring reliable, long-lasting woven support.

Technical Parameters

Key Selling Points

Superior Strength and Durability

Constructed from high-tensile polypropylene, offering long-term reliability for load-bearing applications.

Moisture & UV Resistant

Ideal for both indoor and outdoor use—will not degrade under harsh sunlight or humid conditions.

Versatile Applications

Perfect for furniture manufacturing, strap production, safety harnesses, outdoor gear, and industrial use.

Customizable Options

Available in multiple widths, colors, and lengths. Custom branding or weaving available on request.

Lightweight & Flexible

Strong yet lightweight design allows easy integration into complex product designs without adding bulk.

FAQ

Q: What makes this webbing "high-tensile"?
A: It’s manufactured using premium-grade polypropylene fibers designed for high load-bearing performance, tested to withstand up to 600kg depending on width.

Q: Can it be used outdoors for extended periods?
A: Yes. The material is UV and moisture resistant, making it suitable for outdoor furniture and gear.

Q: Is it available in custom colors or sizes?
A: Yes, we offer customized widths, colors, and even logo weaving based on MOQ requirements.

Q: How does the herringbone weave benefit the performance?
A: The herringbone pattern offers enhanced stability, reduced stretch, and improved resistance to fraying under tension.