Polyester Composite Strapping

Code: NH00730

1,800,000 VND Discount 2 %

1,850,000 VND

Composite Plastic Strapping - Superior Packaging for All Industries - Buy Straps Supported by Genuine Composite Strapping Tools

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✅ Product introduction

Composite strapping is a perfect combination of high-strength polyester fibers and a special polymer coating, providing superior durability and load-bearing capacity, not inferior to steel straps but much safer and more convenient.

Composite plastic strapping is an advanced packaging material, made from high-strength polyester fibers and coated with a special polymer. This combination gives the composite strapping outstanding properties in terms of durability and safety.

✅ Specification

✓ Composite plastic strap 16mm(850m/roll) - Average tensile force (N) 3000-6000

✓ Composite plastic strap 19mm(600m/roll) - Average tensile force (N) 3500-7000

✓ Composite plastic strap 25mm(500m/roll) - Average tensile force (N) 6000-12000

✓ Composite plastic strap 32mm(320m/roll) - Average tensile force (N) 13000-23000

✓ Material : High strength Polyester fiber, PP & composite coated

✓ Origin : China

✅ Composition

✓ High-strength Polyester Fiber: Is the main component that creates the tensile strength and load-bearing capacity of the rope. These fibers are arranged in parallel and tightly bonded

✓ Polymer coating (Polypropylene/Polyethylene): Covers the outside of the polyester fibers, helping to protect the rope from environmental impacts, increase abrasion resistance, water and chemical resistance, and create good adhesion when tightening the belt.

✅ General characteristics

✓ Tensile Strength: The maximum tensile force a strap can withstand before breaking. Usually measured in Newtons (N) or Kilograms of Force (kgf). This value varies depending on the width and thickness of the strap.

✓ System Strength: The force that the entire strapping system (strap and buckle) can withstand when tightened. Usually higher than the tensile strength of the strap alone.

✓ Elongation: The percentage of the length of the strap that can be stretched before breaking. Composite strapping has good elastic elongation, which helps absorb shock and maintain tension even when the goods are moving.

✓ Shock Absorption: The ability to absorb energy from impacts or sudden movements without breaking. This is a big advantage over steel strapping.

✓ Resilience: After being stretched under load, the strap has the ability to partially shrink, helping to maintain the tension of the package.

✓ Chemical resistance: Good resistance to most common chemicals, grease, solvents.

✓ UV resistance: Ability to resist the effects of ultraviolet (UV) rays from sunlight, preventing the strap from becoming brittle or losing quality when used outdoors.

✓ Operating temperature: Ability to maintain performance over a wide temperature range, typically from -20°C to 60°C (depending on the manufacturer).

✓ Rust-free: Contains no metal, so it does not rust or corrode, does not stain or damage goods

✓ Specific gravity: Significantly lighter than steel strapping, reducing shipping costs and making it easier to handle.