Hot Water Rubber Hoses Parker ITR and Steam Rubber Hoses Parker ITR
In this category you find a rubber hoses designed for hot water and steam made of rubber with increased resistance for high temperature and by using special compounds to we can increase reinforce resist for the effect of steam ageing.
All Parker’s rubber hoses for steam and hot water conform to the latest international standards.
Rubber hoses textile reinforcement provide high safety level for high pressure and temperature the same time.
Typical rubber hose for hot water and steam is made of rubber compound which is resistant to rubber abrasion, rubber agening and heat.
Hot Water Rubber Hoses Parker ITR, Steam Rubber Hoses Parker ITR, water hose for high temperature, rubber hose for high temperature, rubber, hose for hot water, rubber hose for steam, rubber hose replacement
Catalog: Hot Water and Steam Rubber Hoses
Rubber Hose for cooling systems RADIOR is made of heat resistant EPDM nitrosamine free rubber compound and has synthetic textile yarn fabric There is a few type of RADIOR rubber hose: RADIOR 3 Rubber hose RADIOR 3 is designed for cooling systems of automotive engines and stationary engines Temperature range: -40°C to +100°C Working pressure up to 3 bar …
Rubber Hose for steam VAPORE 164 is made of black, smooth, EPM nitrosamine free rubber compound, heat and saturated steam resistant… VAPORE 164 is a rubber hose designed for saturated steam (max 6 bar at +164°C = 90 psi at +327°F) in general industrial hose application. For that rubber hose use only couplings with safety clamps. Follow the coupling manufacturer’s instructions for coupling …
Parker ITR Rubber Hose for high temperature steam VIGOR 1, Parker ITR Rubber Hose VIGOR 2 There are 2 types of rubber hose for high temperature steam named VIGOR Rubber hose VIGOR 1 works tree times longer than rubber hose VIGOR 2. That is the reason that Parker desides to cease production of VIGOR 2 Rubber hose for high temperature steam VIGORE 1 is made of black, smooth, extruded IIR rubber compound and …
