Industrial Vacuum Hose, Transparent Steel Wire Reinforced, High and Low Temperature Resistant, Excellent Stability for Cutting and Engraving Machines

This transparent hose features a polyurethane core reinforced with copper-plated steel wire, offering durability, high transparency, and a high compression ratio. Available in various specifications with meticulous craftsmanship, it suits diverse industrial and everyday applications. Expanded Dimensions: 5ft/1.5m, 10ft/3m, 15ft/4.6m, 20ft/6m, 25ft/7.6m, 30ft/9m, 35ft/10.7m, 40ft/12m, 45ft/13.7m, 50ft/15m, 55ft/16.8m, 60ft/18.3m, 65ft/19.8m. Wall Thickness: 0.63mm/0.04in. Inner Diameter: 25mm/1in. Applications: Suction or conveying of small particles, scrap material, abrasive dust, and chemical powders. Primarily used for ventilation and dust extraction in high-dust production environments such as woodworking shops, ceramic workshops, and cement plants. Can also serve as a protective sleeve. Package Includes: 1× Transparent Hose.

• Durable polyurethane construction: Manufactured from polyurethane material, it offers excellent temperature resistance and abrasion resistance. Withstands high and low temperatures and friction in industrial settings, resists aging and damage over time, ensuring stable performance.
• Highly transparent walls for easy monitoring: Premium transparent material allows direct observation of internal conditions during conveyance, facilitating quick detection of blockages or contaminants. Simplifies usage and enhances maintenance efficiency.
• High compression ratio and superior elasticity: Features a high compression ratio combined with superior elasticity, providing reliable performance under pressure and flexibility in various applications.
• Excellent temperature and abrasion resistance: Designed to withstand extreme temperatures and resist abrasion, making it suitable for demanding industrial environments without compromising durability.
• Simplified maintenance and usage: The transparent design and durable construction enable easy monitoring and reduce maintenance efforts, improving overall operational efficiency.