• It is manufactured vertically or horizontally according to model. • Tank is designed with cylindrical section and designed with the most durable and safest combination. • Our tanks use special high strength, fine grained, normalized "P" series pressure vessel steel in accordance with EN 10028-3. T

• It is manufactured as overground or underground storage tanks according to the model. • Tank is designed with cylindrical section and designed with the most durable and safest combination. • Our tanks use special high strength, fine grained, normalized "P" series pressure vessel steel in accordanc

• According to the model it is manufactured as aboveground or underground storage tanks. • Tank is designed with cylindrical section and designed with the most durable and safest combination. • Our tanks use special high strength, fine grained, normalized "P" series pressure vessel steel in accordan

• Itz is manufactured as aboveground or underground storage tanks according to the model. • Tank is designed with cylindrical section and designed with the most durable and safest combination. • In our tanks, carbon steel conforming to EN 10025 norms is used. • Manufacturing and quality processes ar

• Tank Capacity: between 0,5 m3 and 300 m3 • Tank Code: CrV • Operating Pressure: 5 bar • Operating Temperature: - 196 ‘C • Design Standard: EN 13458, PED or other standards • Insulation: Pearlite & vacuum

The tank is designed with a cylindrical section to form the most durable and lightest tank - chassis combination. • Our designs include qualified braking and overturning stability performance tests. • In our tanks, carbon steel conforming to EN 10025 norms is used. • Manufacturing and quality proce

The Tri Lok® Cryogenic Triple Offset Butterfly Valve complies with various international standards and certifications, including API 609, ASME B16.34, ASME VIII, API 600, ASME B16.5, ASME B16.47, EN 1092, ISO 7005, ISO 5208, EN12266-1, API 6D, API 598, BS 6755, API 607, ISO 10497, PED, PE(S)R, SIL,

FBV cryogenic valves often use gate valves, globe valves, check valves, and ball valves. The design structure is selected according to the temperature of the user's working conditions. The valve body is designed in a wide range of stainless steel and alloy materials. The design and manufacture confo

The IMI Orton MV Cryogenic Series is a triple eccentric metal seated valve engineered for LNG, cryogenic, and extreme low-temperature applications. Its precision triple-offset design eliminates seal friction, ensuring zero-leakage bi-directional shutoff. Built to withstand temperatures from -254°C t

The McCannalok™ Cryogenic High Performance Butterfly Valve complies with various standards and certifications, including design standards like ASME B16.34, ASME VIII, and API 609; testing standards such as API 598, ISO 15848-1, and API 641; and certifications like ABS, ATEX, Bureau Veritas, CCS, DNV

Bonney Forge cryogenic valves are available in two bonnet designs. The first design is the Bolted Bonnet, with male-female joint, spiral wound gasket, made in F316L/graphite. Ring joint gasket are also available on request. The second design is the welded bonnet, with a threaded and seal welded join

The precision-made Cryogenic Bolted Gland Integral Ball Valve Double Block & Bleed utilising floating soft seat design with extended bolted gland isolation valves featuring a lipseal and a compact unit size with fewer potential leak paths. Available in a wide range of different materials to suit var

In order to satisfy the ever growing needs of high-quality cryogenic valves for a wide range of industries, our skilled engineers, who already possess an extensive experience in critical applications, designed the JBF/JBFM Cryogenic Series. Based on the successful and renowned design of the JBF/JBFM

Full Bore (Full Port) Pressure: 2000CWP (PN130) Temperature: Down to -196°C Pipe thread in accordance with NPT, Rp, Rc, G End to End: DIN3202 M3 length Investment casting body and cap Encapsulated body Long neck design Blow-out proof stem Anti-static design Locking device design Direct mounting pad

Full Bore (Full Port) Pressure: Class 300 Temperature: Down to -196°C Cavity Relief Hole Investment casting body and cap Long neck design Blow-out proof stem Viton O-Ring on stem Anti-static design Locking device design Direct mounting pad ISO 5211

Full Bore (Full Port) Pressure: Class 150, DIN PN16, DIN PN40 Temperature: Down to -196°C Cavity Relief Hole Investment casting body and cap Long neck design Blow-out proof stem Viton O-Ring on stem Anti-static design Locking device design Direct mounting pad ISO 5211