Ceramic Plated Rubber S&D Hose Reinforced with Fabric and Steel Wire and Copper Wire

Description

Ceramic Plated Rubber Suction & Delivery Hose, engineered with a consistent working pressure of 10 bar across all sizes and featuring a copper wire for electrical continuity between both ends. For those who require exceptional longevity in the face of the most demanding and abrasive industrial environments. This hose is specifically crafted to handle the transfer of highly aggressive media, including:

Key Features:

• Inner Layer: Utilises ceramic hexagonal plates of Sarosint (Al2O3) Aluminium oxide, providing unmatched abrasion resistance and longevity.
• Reinforcement: Combines synthetic textile fabrics with an embedded steel wire helix and built-in copper wires for electrical continuity, ensuring both strength and safety.
• Outer Cover: Black, antistatic rubber that's resistant to abrasion and weather, safeguarding the hose against external conditions.
• Marking: Thor - Saro - Hexagon - Premium Antiabrasive Hose - Made In Italy.
• Applications: Designed for extended service life in the most arduous and extreme industrial applications, where other hoses would quickly succumb to wear.
• Electrical Resistance: Antistatic properties are ensured by grounding the copper braid wire, providing safety in environments where static electricity is a concern.

Ranging from 25mm to 200mm in inner diameter, this hose represents the pinnacle of durability and performance for industries dealing with highly abrasive materials, offering a solution that significantly extends service life while ensuring safety and reliability. An ideal solution for industries facing the challenge of conveying extremely abrasive materials. It excels in sectors like cement manufacturing, mining, and recycling, where durability against wear and tear is critical. Whether it's for the suction and delivery of materials in a quarry, handling pulverised coal in power plants, or managing the flow of abrasive powders in manufacturing, this hose extends equipment life, reduces downtime, and minimises maintenance costs. Its design is particularly beneficial in operations where traditional hoses would fail quickly, offering a reliable, long-term solution for the most demanding applications.