Strength Polyurethane Hose with Copper Wire Reinforcement Durable PU Construction: Built from quality polyurethane reinforced with copper wire, this hose delivers exceptional resistance to abrasion, crushing, and wear. Designed to perform in extreme temperature ranges from 40°C to 90°C, and capable of tolerating up to 125°C for short durations. Transparent Design for Easy Inspection: The clear material makes it simple to visually check for debris, buildup, or blockages inside the hose. This allows for quick maintenance, ensuring smooth and uninterrupted operation. SafetyOriented Materials: Manufactured with flameretardant and antistatic polyurethane, offering additional protection in risk environments where fire safety and static control are critical. CopperPlated Steel Helical Reinforcement: Integrated copperplated steel spiral provides strength and flexibility. A 3:1 compression ratio enables the hose to be compactly stored and transported, even in longer lengths, without compromising durability. Applications: 1. Industrial Dust and Fume Extraction – Ideal for connecting to extraction systems in metalworking, woodworking, or fabrication environments, ensuring safe removal of airborne particles. 2. Material Transfer in Harsh Conditions – for moving granules, powders, or chips in manufacturing operations where abrasion and temperature extremes are common. 3. Ventilation in Confined Spaces – Suitable for use in portable ventilation systems that require flexible, strong, and flameresistant ducting for temporary or permanent setups. Function and Compatibility: This hose is engineered for demanding commercial and industrial environments, compatible with a range of ventilation, dust collection, and pneumatic systems. The reinforced construction ensures reliability under mechanical stress, while the transparent design facilitates proactive maintenance. Size and Performance: Available in multiple diameters and lengths to suit system requirements. Maintains structural integrity in challenging workspaces, resists deformation from crushing forces, and supports long service life through consistent, performance operation.