Heavy Gauge PET Strapping Band 19mm 9120N Tali Strapping Band PET

I am the engineer who runs our 1912 line, and this is the band I recommend when the standard 19 mm heavy strap is not quite enough. The 1912 keeps the ultra-wide 19 mm face, but I build it with a thicker 1.2 mm body, which lifts the breaking strength to 9120 N. That extra gauge is what matters on loads that combine serious weight with sharp or abrasive edges, where a thinner strap can cut or creep under tension. We extrude every roll from virgin PET resin on our own line, and I personally check the tensile and dimensional results on each batch before it is released.

This is a 1912 coil from my line, wound on a 250 mm core. The extra 1.2 mm gauge is the reason I reach for it on edge-hazard loads: there is simply more polymer resisting the cut when the strap bites into a coil or slab corner.

• Thickened 1.2 mm Heavy-Gauge Body: the upgraded gauge resists cutting, abrasion and creep far better than a standard 1.0 mm band on sharp-edged loads.
• 19 mm Ultra-Wide Load Face: the wide profile spreads extreme force and removes the edge-cutting that destroys narrower straps on coils and slabs.
• 9120 N Breaking Strength: high-tensile performance that lets exporters replace heavy steel banding on demanding loads.
• Rust-Free and Burr-Free: I specify PET because it never rusts and has no sharp burrs, so it protects galvanized and painted goods and cannot cut your crew.
• High Weld Strength: a weld efficiency of 85% or higher keeps every heat-sealed joint at rated strength even on high-tension automated tools.
• Anti-Aging and Weather-Resistant: stable performance across long-distance ocean and land transport in humid and cold conditions.
• Recyclable and Lightweight: replaces steel banding while cutting pallet weight and handling risk.

When a customer tells me their previous strap failed at the edge of a coil, I ask about gauge before anything else. Width spreads the load, but it is thickness that resists the cut, and that is exactly what the 1912 adds on top of a wide 19 mm face. The result is a 9120 N band that holds where lighter straps creep or snap, and that replaces heavy steel banding on loads which would otherwise demand expensive, corrosion-prone, sharp-edged metal strap. If your goods are heavy and their edges are unforgiving, this is the grade I would put in your hands.

Every 1912 roll is extruded from virgin resin on my line and drawn to align its molecular structure. Because I control the extrusion temperatures and draw ratio myself, the 9120 N tensile strength and stable elongation hold true batch after batch.

On heavy, edge-hazard loads, buyers often assume steel is the only safe option. Here is the comparison I give them:

What I tell every buyer is simple: with the 1912 you keep steel-class holding power and lose the rust, the sharp edges and the metal weight that comes with it.

I built the 1912 for loads that fight back: steel and aluminium coils, granite and marble slabs, concrete piles, large machinery and oversized finished goods. It is what I recommend as a direct replacement for heavy steel banding where rust, sharp edges and metal weight are constant problems, and it performs reliably across long-distance ocean freight, rail and road transport.

This is the 1912 doing the job I designed it for: holding a heavy, sharp-edged load tight and square through handling and transport, with the thick 1.2 mm body keeping the bundle intact even when the load shifts.

Every batch passes the checks I insist on before it can ship, because at 9120 N I do not sign off on assumptions:

• Tensile testing: I pull a sample from each batch to confirm the rated 9120 N breaking strength and the 11%–14% elongation range.
• Dimension inspection: width and thickness are measured to hold the 19 mm and 1.2 mm specification, together with core diameter and roll length.
• Surface inspection: every roll is inspected for consistent embossing, clean edges and uniform colour before packing.
• Weld strength check: heat-sealed joints are tested to confirm a weld efficiency of ≥85%.

Each 1912 roll is wrapped in thick waterproof film and packed in reinforced export cartons, then stacked on wooden pallets wrapped in stretch film and secured with PET strap for stable loading. We welcome third-party inspection and factory audits; our manufacturing process is certified to ISO 9001, and our raw materials are SGS-verified, PFAS-free and halogen-free.

Finished rolls are consolidated onto export pallets and unitised with the same PET strap we sell — the clearest proof of its holding power under real shipping conditions.

Each roll is wound on a rigid 250 mm core and precision-cut to a consistent 19 mm width, so the strap feeds cleanly through high-tension automated heads and manual tensioners alike.

• Q: What is the difference between 1912 and a standard 19mm PET strap? The 1912 uses a thicker 1.2 mm body instead of 1.0 mm, which raises the breaking strength to 9120 N and adds real resistance to cutting and creep on sharp-edged loads.
• Q: Can this PET strap replace steel banding? Yes. With a 9120 N rating and a rust-free, burr-free, surface-safe body, the 1912 replaces heavy steel banding on coils, slabs and machinery without staining or scratching the goods.
• Q: Is this strap suitable for ocean export? Yes. The 1912 is built for long-distance ocean and land transport; it resists aging, keeps its tension through vibration and load settlement, and ships in waterproof export cartons for humid sea freight.
• Q: Can you customize width and color? Yes. Width, thickness, colour, roll length and roll weight can all be customised, with printed logo and custom core labels available on request.