EXPANSION JOINT JACKET
Specification
Features of Valve Jackets
- Insulation
Ayvaz’s valve and steam trap jackets are designed to minimize the energy losses. Aspen aerogels hydrophobic insulation materials with low thermal conductivity are used in our jacket designs. Cryogel X201 is used for the applications between 0 °C and 200 °C and Pyrogel XT is used between, 200 °C – 650 °C.
- Ropes and Fabric
Fabric selection for Ayvaz’s valve and steam trap jackets is done according to the system temperature. Fiber glass fabric with silicon cover (80gr-100gr) is commonly used. Sewing of the fabrics is completed by Kevlar and stainless steel wires. Braided fiber glass ropes with high temperature resistance are preferred around the tying points.
Our jackets are available for all valve and steam trap types from DN25 up to DN300. Please contact our sales team for other sizes of steam trap and valve jackets.
- Thermal Camera Images Proove the Difference!
The best way of discover the thermal losses in your business is to use a thermal camera. We are aware of the superior performance of Ayvaz’s valve and steam trap jackets and would like to share it with you!
- Save up to 90%
You can save up to 90% thanks to the insulation performance of Ayvaz’s valve and steam trap jackets. Your investment pays for itself very quickly and you’d start making profit!
About this product
Steam traps and valves require periodic maintenance, easily applicable and removable jacket type insulations are more appropriate rather than fixed insulation applications for these armatures. A valve jacket is a simple and smart solution for preventing heat losses around the valves at hot or cold liquid transporting pipelines.
Thermal energy benefit by jacket type insulations is dependent on some factors likewise process temperature, ambient temperature and wind speed.
Un-insulated valves cause energy loses, reducing energy loses to the minimum level by using valve jackets helps to reduce operation costs. Easily removable valve jackets make the maintenance easier.
download link hereTechnical Specification
Application Areas
• Hot water and steam lines
• Refineries and gas processing plants
• Petro- chemical plants
• Power plants
• Military establishments
• Food and oil mills
• Textile industry
• Plastic plants
• Oil and gas processing industry
• Pharmaceutical plants
In case that an un-insulated globe valve (4”, DN 100) is used in an fluid system at 160 °C; it causes 1.199 watt energy lose hourly, this is equal to 629 m3 natural gas consumption.