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Views: 0 Author: ORTPAK Publish Time: 2025-11-29 Origin: Site
Main Features of PET Strapping: High Compatibility, Premium Quality, and Superior Protection
PET strapping can fully replace traditional steel straps, adapting to various packaging scenarios. With minimal production tolerances, stable high quality, and exceptional breaking strength, it ensures smooth and efficient operation whether used with fully automatic strapping machines or handheld tools. Its compatibility and operational efficiency far surpass those of traditional steel straps.
Key Advantages of PET Strapping: Outperforming Steel Straps in 6 Dimensions
Durable Tension Retention: Maintains consistent high tension without loosening, ensuring packaging security throughout the process.
User-Friendly Operation: Lighter weight and no sharp edges make it easy and effortless to handle, significantly reducing labor strain.
Enhanced Safety: Eliminates risks of cuts or splintering from steel straps, greatly improving workplace safety.
Simplified Process: No buckles required for closure, reducing strapping steps and boosting efficiency.
Cargo Protection: Non-abrasive material prevents scratches or dents, perfectly safeguarding product appearance.
Weather and Rust Resistance: No risk of rusting, completely avoiding discoloration or contamination caused by steel strap corrosion.
Impact Resistance: Far Surpasses Steel Straps in Core Competitiveness
ORTPAK PET strapping boasts outstanding impact resistance: For example, dynamic stresses like vibrations during transportation or repeated loading/unloading can significantly affect ackaging stability. Thanks to its high impact resistance reserve built on "elongation rate + breaking strength," PET strapping outperforms steel straps, providing tight protection and long-term transport safety for packaged goods.
PET Strapping vs. Steel Strapping: Core Advantage Comparison Table
PET strapping (also known as plastic steel strapping) has become an ideal alternative to traditional steel straps due to its high compatibility, premium quality, and superior protection.
| Comparison Aspect | PET Strapping | Traditional Steel Strapping |
|---|---|---|
| Tensile Strength | Comparable to steel straps of the same specification; offers impact-resistant ductility but lower elasticity, prone to brittle fracture. | High but lacks elasticity, brittle and prone to breakage. |
| Weight & Cost | Density is only 1/6 of steel; 1 ton of PET strapping equals 6 tons of steel, with over 40% lower unit cost. | Bulky, high transportation and material costs. |
| Safety | No sharp edges; safe for goods and operators. Maintains long-term tension with buffering elongation for transport safety. | Sharp edges; requires gloves. Risk of strap snap injuries. |
| Weather Resistance | Never rusts; resistant to moisture, corrosion, and temperatures from -110°C to 120°C (melting point ~260°C). | Prone to rust, contaminates goods, and deforms under temperature changes. |
| Operational Efficiency | Flexible; allows buckle-free heat sealing. Compatible with fully automatic, electric, and manual strapping tools. | Requires metal buckles; cumbersome operation with specialized tool dependence. |
| Environmental Friendliness | Can be made from recycled PET materials, recyclable, and environmentally compliant. | Complex recycling process, likely to cause environmental pollution. |
ORTPAK Packaging PET Strapping Breaks Through Traditional Steel Strap Limitations
It fully replaces steel straps across all industrial packaging scenarios—whether for heavy-duty goods like metals, building materials, timber, paper products, or cans, or for packaging needs in warehousing, logistics, and cross-border transportation.
In terms of quality, ORTPAK PET strapping strictly controls production processes, achieving minimal dimensional tolerances (thickness and width deviations far below industry averages), ensuring consistent specifications for every meter of strapping from the start. Leveraging high-quality PET raw materials and advanced extrusion molding technology, the product delivers stable, premium quality and breaking strength that far exceeds industry standards, effortlessly meeting the strapping needs of heavy goods.
In operational compatibility, this strapping accommodates both automated and manual scenarios:
For fully automatic strapping machines, its stable physical properties prevent issues like jamming or breakage, ensuring continuous and efficient production line operation.
For handheld strapping tools, its flexibility and ease of use adapt to various manual tensioning and welding tools. Even in complex manual strapping conditions, it ensures smooth operation. Overall, its compatibility and efficiency significantly surpass those of traditional steel straps, drastically reducing time and labor losses caused by poor equipment fit or operational disruptions.
