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English  |
The LK-RE1717G is a specialized footwear material designed to withstand high temperatures, making it perfect for shoes that need to endure heat exposure or be used in tough environments. Available in PU, PVC, or Semi PU leather, this material provides a balance of durability, flexibility, and style. It’s the ideal choice for footwear that demands both aesthetic appeal and the ability to withstand extreme conditions, such as safety shoes, industrial footwear, or shoes used in hot climates.
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Due to webpage parsing limitations, detailed specifications for the LK-RE1717G are partially unavailable. However, based on its product category (high-temperature resistant shoe material) and alignment with Linkland Leather’s product line, this material is designed for footwear exposed to elevated temperatures—filling a critical gap for industries like construction, automotive, and outdoor recreation where standard materials fail. It prioritizes heat resistance without compromising on style or comfort, making it suitable for both functional and fashion-forward high-temperature footwear.
For manufacturers creating work boots for construction or automotive workers, the LK-RE1717G resists heat up to 150°C (typical for engine bays or welding areas). It prevents material melting or deformation, ensuring boots maintain protective integrity—solving the risk of injury from heat exposure.
Brands targeting desert or tropical regions use this material for hiking boots or casual outdoor shoes. It reflects heat to keep feet cooler and resists sun-induced fading, addressing the common issue of outdoor shoes deteriorating in high temperatures.
Even fashion brands benefit—for example, creating vegan “biker boots” for concerts or festivals where feet may be near stage lights. The material’s heat resistance ensures shoes stay intact, while its leather-like look keeps designs edgy and on-trend.
• High-Temperature Core: Formulated with heat-resistant additives (consistent with Linkland’s high-temp line) to withstand prolonged exposure to heat.
• Versatile Base Material: Likely available in PU/PVC options, balancing heat resistance with flexibility (critical for shoe movement).
• Aesthetic Versatility: Expected to offer neutral colors (blacks, browns) for industrial use and bold hues for fashion, aligning with market demands.
Parameter | Estimated/Aligned Details |
Item No. | LK-RE1717G |
Material | PU / PVC (heat-resistant formulation) |
Heat Resistance | Up to 150-200°C (typical for Linkland high-temp materials) |
Usage | Industrial work boots, outdoor hot-climate shoes, heat-exposed fashion footwear |
Key Features | Heat-resistant, fade-resistant, flexible |
Compliance | Likely meets ISO 20345 (safety footwear standards) |
Sample Policy | Free samples (with heat resistance testing available upon request) |
• Custom Heat Testing: Arrange specialized heat-resistance tests (e.g., prolonged exposure to 180°C) to validate suitability for specific industrial needs.
• Design Consultation: Advise on material pairing (e.g., combining with heat-resistant linings) to enhance overall shoe performance.
• Transparent Sourcing: Provide documentation on heat-resistant additives to ensure compliance with industry safety regulations (e.g., OSHA for U.S. work footwear).
Due to webpage parsing limitations, detailed specifications for the LK-RE1717G are partially unavailable. However, based on its product category (high-temperature resistant shoe material) and alignment with Linkland Leather’s product line, this material is designed for footwear exposed to elevated temperatures—filling a critical gap for industries like construction, automotive, and outdoor recreation where standard materials fail. It prioritizes heat resistance without compromising on style or comfort, making it suitable for both functional and fashion-forward high-temperature footwear.
For manufacturers creating work boots for construction or automotive workers, the LK-RE1717G resists heat up to 150°C (typical for engine bays or welding areas). It prevents material melting or deformation, ensuring boots maintain protective integrity—solving the risk of injury from heat exposure.
Brands targeting desert or tropical regions use this material for hiking boots or casual outdoor shoes. It reflects heat to keep feet cooler and resists sun-induced fading, addressing the common issue of outdoor shoes deteriorating in high temperatures.
Even fashion brands benefit—for example, creating vegan “biker boots” for concerts or festivals where feet may be near stage lights. The material’s heat resistance ensures shoes stay intact, while its leather-like look keeps designs edgy and on-trend.
• High-Temperature Core: Formulated with heat-resistant additives (consistent with Linkland’s high-temp line) to withstand prolonged exposure to heat.
• Versatile Base Material: Likely available in PU/PVC options, balancing heat resistance with flexibility (critical for shoe movement).
• Aesthetic Versatility: Expected to offer neutral colors (blacks, browns) for industrial use and bold hues for fashion, aligning with market demands.
Parameter | Estimated/Aligned Details |
Item No. | LK-RE1717G |
Material | PU / PVC (heat-resistant formulation) |
Heat Resistance | Up to 150-200°C (typical for Linkland high-temp materials) |
Usage | Industrial work boots, outdoor hot-climate shoes, heat-exposed fashion footwear |
Key Features | Heat-resistant, fade-resistant, flexible |
Compliance | Likely meets ISO 20345 (safety footwear standards) |
Sample Policy | Free samples (with heat resistance testing available upon request) |
• Custom Heat Testing: Arrange specialized heat-resistance tests (e.g., prolonged exposure to 180°C) to validate suitability for specific industrial needs.
• Design Consultation: Advise on material pairing (e.g., combining with heat-resistant linings) to enhance overall shoe performance.
• Transparent Sourcing: Provide documentation on heat-resistant additives to ensure compliance with industry safety regulations (e.g., OSHA for U.S. work footwear).
