BODY BONNET CONNECTION Bolted Bonnet Design from Class 150 to 600, Pressure Seal Deign for Class 900 & Above WEDGE Flexible wedge for improved seating ease of operation, especially in high temperature service, wedges are accurately guided through the entire stroke. STEM Stem is non-rotating part. Stems made from one piece and ACME threaded and smooth machined with surface finish…
BODY BONNET CONNECTION Bolted Bonnet Design from Class 150 to 600, Pressure Seal Deign for Class 900 & Above DISC For valve with NPS < 2 are of disc solid and for above 2″ Forged or Cast disc is used. STEM Stem is rotating part. Stems made from one piece and ACME threaded and smooth machined with surface finish to…
Unidirectional Knife Edge Gate Valve with Metal Seat and Renewable Soft Seal / Elastomer Seat / PTFE Seat Bi-Directional Knife Edge Gate Valve with Metal Seat and Renewable Soft Seal / Elastomer Seat / PTFE Seat Rising Stem Knife Edge Gate Valve (Wafer Type, Full Lug Type Body) Non-Rising Stem Knife Edge Gate Valve (Wafer Type, Full Lug Type Body)…
Design Standard : DIN EN 558 – 2 Inspection & Testing Standard : BS EN ISO 12266 – I (BS 6755 – I) / API 598 / ISO 5208 Face To Face Distance : DIN EN 558 -2 End Connection : Wafer Type, Flangeless, Sandwich Pattern (Suitable to mount between two flanges.) Manufacturing Size Range : 1/2″ (DN15) to 6″(DN…
Cylindrical Tube Type Full View Sight Flow Indicator & View Glass End Connection – Flange End, Raised Face Pressure Rating – 4 Bar Maximum Wide View Area to Inspect the Fluid Tempered Borosilicate glass standard Available in all most all M.O.C. Glass Length available from 100MM To 200MM Sizes Range from 15MM To 200MM Design & Testing As Per Mfg.…
Size 2” (50 mm) to 36” (900 mm) Class 150# / 300# / 600# / 900# / 1500# End Flanged End to ASME B16.5 RF Design BS 1868 / API 6D Face to face ASME B16.10 / API 6D Inspection & Testing Std. API 6D / API 598 / BSEN 12266PI *Special Material & Higher Size/Class Valves also available on…
Wafer check valves use a swinging disc to allow or block flow. Their design allows them to be fitted in extremely tight spaces – where the flanged check valve can not be used. The wafer check valves have molded bodies around the area where the disc opens up. This is the most important difference between the above two types of…