Product Overview

Polyester Tie Down Webbing is used for securing aerospace components, special military equipment, high-end precision equipment, and chemically corrosive cargo. Made from Polyester fiber, it gives low weight, cut resistance, abrasion resistance, impact resistance, and extreme-environment performance while keeping 3,500–24,000-lb breaking strength and elongation <7%.

Specifications

Material	Part No	Standard Colors	Colors in RAL-No	Stripes	widt	Thickness (mm)	Breaking Strength (Ibs)	Elongation (%)
Polyester	6622027	Yellow	0023	2	27±1.0	1.8±0.3	6000	<7%
Polyester	6622051	Yellow	0023	2	50.8±1.5	2.0±0.5	12000	<7%
Polyester	6622076	Yellow	0023	2	76.2±2.0	2.4±0.5	18000	<7%
Polyester	6622102	Yellow	0023	2	101.6±2.5	2.4±0.5	24000	<7%
Polyester	6623051	Yellow	0023	1	50.8±1.5	1.50-1.72	6000	<7%
Polyester	6624051	Yellow	0023	1	50.8±1.5	2.0±0.5	10000	<7%
Polyester	6624076	Yellow	0023	1	76.2±2.0	2.0±0.5	15000	<7%
Polyester	6624102	Yellow	0023	1	101.6±2.5	2.0±0.5	20000	<7%
Polyester	6639025	Blue/Black/Red	5555/9999/3333	0	25.5-26.5	2.0±0.5	3500	<7%
Polyester	6641025	Blue/Black/Red	5555/9999/3333	1	25.5-26.5	2.0±0.5	4500	<7%
Polyester	6738025	White	0000	0	25.5-26.5	1.8±0.2	3500	<7%

Key Features

Polyester fiber is used for high-end special cargo securing and reduces overall tie-down weight.
It is 30% lighter than Polyester belts with the same strength, so it fits aerospace, military, and precision equipment transport.
Cut resistance and abrasion resistance work for sharp edges, metal equipment, and special packaging contact.
Impact strength reaches 2 times that of standard Polyester belts, improving instant impact absorption capacity.
-50°C - 120°C temperature range works for extreme cold, outdoor, high-temperature, and chemical transport environments.

Customization

Custom options cover width, length, end connection method, color, label, protective sleeve, and packaging method to match the special cargo securing system. For quotation, send cargo type, edge contact condition, temperature environment, chemical media, target tensile load, securing method, and sample.

Quality Control & Testing

Production and outgoing inspection follow the ISO 9001 quality management system and ISO 14001 environmental management system. Before shipment, inspectors check UHMWPE Tie Down Webbing for breaking strength, elongation, weight, abrasion-resistant surface, edge condition, cut-contact position, roll length, label content, and batch consistency. Acceptance is based on special cargo securing requirements.

Customize your own brand identity to enhance brand awareness and meet functional needs.

Frequently Asked Questions

Q1: Which high-end cargo is UHMWPE Tie Down Webbing better suited for?

It works for aerospace components, military equipment, precision instruments, high-value machinery, chemical cargo, and transport securing scenarios requiring weight reduction.

Q2: When should a customer upgrade from Polyester to UHMWPE?

UHMWPE is more suitable when cargo value is high, securing environments are complex, weight reduction is needed, sharp edges are present, or chemical media may be involved.

Q3: Can it be used with protective sleeves or dedicated end structures?

Yes. Protective sleeves, end connections, and packaging solutions can be confirmed from cargo edges, contact surfaces, and anchor-point structures.

Q4: Is it suitable for small-batch high-value projects?

Yes. UHMWPE is more suitable for special projects, high-value cargo, and project-specific procurement, not only standard high-volume orders.

Q5: Which use scenarios should be tested at the sample stage?

It is recommended to confirm contact edges, bending positions, hardware fit, cargo securing method, and actual transport environment.

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