Premium Tyre Label Material for Extreme Conditions

    Guangzhou Xinzhu Adhesive Materials Co., Ltd. (www.xinzhumaterial.com) pioneers Tyre Adhesive Tre Label Materials, engineered to withstand extreme environmental stressors while ensuring traceability and durability across automotive, motorcycle, agricultural, and bicycle tyre applications.

Material Overview: Multi-Layer Engineering for Robust Performance

    XINZHU's tyre labels combine advanced substrates, adhesives, and liners,integrating cutting-edge material science innovations to address core industry challenges.

Tre label material

• Top-Coated Polypropylene (PP)/Tyre Adhesive/ White Glassine

• Tyre Grade Double-Sided Adhesive

• 54# synthetic paper /Tyre Adhesive/ White Glassine

• 75# synthetic paper/ Tyre Adhesive/ White Glassine

• 95# synthetic paper/ Tyre Adhesive/ White Glassine

• Silver-Backed Glossy White PET/ Tyre Adhesive 

• Direct Thermal TOP/ Tyre Adhesive/ White Glassine

• ETC. 
  

Key Features

• Solvent & Weather Resistance-Withstands tyre wax, oils, and temperature swings. Hydrophobic coatings prevent moisture-induced delamination.

• Abrasion Resistance-Anti-scratch surface maintains barcode legibility during transport/storage.

• Rubber Affinity-Bonds securely to silicone-coated or non-porous surfaces (e.g., bicycle tyre liners).

• Aging Resistance-Passes accelerated aging tests (5–8 years), outperforming conventional adhesives.

• Printability-Compatible with thermal transfer, laser, and direct thermal printers.

• Traceability-Pre-printed branding, graphics, and sequential numbering enhance supply chain tracking.

Application Scenarios

    1. Automotive Tyres

    XINZHU's tyre labels withstand extreme road conditions through multi-layer engineering:

• Silver-Backed Glossy White PET material reflects 93% infrared radiation, maintaining barcode integrity under high-speed friction (up to 150°C).

• Tyre-Grade Double-Sided Adhesive ensures 12 N/cm peel strength, resisting salt spray and road debris during highway driving.

    2. Motorcycle Tyres

    Optimized for dynamic stress and heat management:

• 95# Synthetic Paper (95g/m²) with 40% higher tear strength adapts to rugged tyre surfaces.

• Direct Thermal TOP enables on-site printing for racing tyre logistics, while silane-modified adhesive bonds securely to silicone-coated motorcycle treads.

    3. Agricultural Tyres

    Engineered for mud resistance and heavy loads:

• 95g Synthetic Paper + Acrylic Adhesive combination prevents label peeling in muddy fields.

• CRCA Composite Backing with para-aramid fibers achieves 38 MPa tensile strength, resisting stone impacts during plowing operations.

    4. Bicycle Tyres

    Lightweight solutions for urban/off-road cycling:

• 54# Synthetic Paper (0.23mm ultra-thin profile) ensures flexibility for narrow tyre walls, maintaining adhesion on wax-coated inner tubes.

• VECTRANTM Anti-Puncture Layer blocks 94% debris penetration, crucial for mountain bike trails.

Why XINZHU Tyre Labels?

    "XINZHU heavy-duty tire labels are designed for durability and can withstand solvents, moisture, and extreme temperature fluctuations, making them highly suitable for seasonal tire storage and all-year outdoor applications. These label materials use high-performance adhesives specially formulated for rubber surfaces and textured tire treads. Even on various tire types (automotive, motorcycle, agricultural, bicycle) and challenging surfaces including wax-coated and non-porous materials, our tire label materials can maintain strong initial adhesion and continuous adhesion.

    Compatible with the full range of thermal transfer printers and thermal printers, our tire rubber materials can handle complex and extreme long-term storage scenarios and solutions, and perform well in inventory management. It can prevent discoloration caused by dust or rubber residues and can operate reliably even on old tires. Customizable according to different scene configuration options, we provide value-added services, including pre-printing brand elements, graphics, and consecutive numbers to improve traceability."