Rubber Hose / Steam Rubber Hose
Primary Application
-
Steam & Hot Water Conveyance: Engineered for the safe delivery of saturated steam and high-temperature utility water.
-
Sector Utility: Widely utilized across heavy industries, foundries, automotive repair workshops, and manufacturing process plants.
-
Chemical Compatibility: Offers good resistance to many standard commercial cleaning agents and chemical detergents.
Structure & Specifications
-
Hose Tube: Smooth, black EPDM synthetic rubber (Specially compounded for high thermal stability and resistance to hot water aging).
-
Reinforcement: High-tensile synthetic textile cords (Provides optimal pressure containment and excellent structural integrity).
-
Hose Cover: Black EPDM synthetic rubber, pin-pricked (Protects against environmental ozone, heat, and weathering while preventing outer cover blistering).
-
Antistatic Feature: Yes (Engineered to discharge electrostatic build-up for enhanced operational safety).
-
Size Range: 3/4″ to 2″
-
Brand: Semperit (Austria)
Operating Temperature Or Condition
-
Working Pressure & Temperature: Dual-rated based on the medium conveyed:
-
Saturated Steam: Max 6 bar working pressure at temperatures up to +164°C.
-
Hot Water: Max 18 bar working pressure at temperatures up to +95°C.
-
-
Vacuum Rating: Not Applicable (Designed exclusively for pressure delivery/discharge).
Key Features & Benefits
-
Dual-Media Versatility: Seamlessly transitions between low-to-medium pressure saturated steam and high-pressure hot water washing operations.
-
Anti-Static Safety: Built-in electrostatic dissipation properties protect plant operators and equipment from static hazards in sensitive environments like workshops and refineries.
-
Pin-Pricked Cover Design: Features micro-perforations across the EPDM cover that allow permeating steam molecules to vent harmlessly, completely preventing dangerous outer layer delamination or bubbling.
-
Durable & Flexible: The high-grade EPDM composition prevents inner tube cracking (popcorning) and maintains uniform flexibility across its full thermal operating range.


