Upgrade your shell or tube heat exchanger system to the industry most high-performance, efficient tubing option
Standard Delivery Time : 10-12 Weeks, subject to Air Shipment of the Cargo.
Also as per specific size,OD required like: 25.5mm & 32 mm,subject to minimum quantity criteria applicable, considering the Special case...
Sintered SiC Heat Exchanger Tubes Hexoloy SE silicon carbide heat exchanger tubes provide the most reliable choice for high-temperature, high-pressure chemical processing applications.
Upgrade your shell or tube heat exchanger system to the industry most high-performance, efficient tubing option-SE sintered silicon carbide Heat exchanger tubes. Hexoloy SE tubes feature unmatched reliability, strength, high thermal conductivity, ultra-high purity and virtually universal corrosion resistance. Saint-Gobain is the only source for sintered SiC heat exchanger tubing, with more than 25 years of experience in the chemical industry.
Supply of SE SiC HE Tubes - Hexoloy manufactured by Saint-Gobain USA and supplied by JAY CORRO PLAST for Shell & Tube Heat exchanger equipment Application.
Standard size:
Tube Size : 14 OD x 10.0 mm ID x 1.5 mm thk x 4.0 Mtr Length
Tube Size : 19 OD x 14.47mm ID x 2.265 mm thk x 4.0 Mtr Length
Also as per specific size, OD required like: 25.5 mm & 32 mm, in special case, subject to minimum quantity criteria applicable, considering special case.
Presently we had approached the OEM at India to fabricate & supply the tailor-made Shell & Tube Heat Exchanger with SiC HE tubes, having limited scope. And we shall offer you budgetary estimate/price for the the supply of SiC HE Equipment for your ready reference
Awaiting for your response in this regard.
Thanking you.
Jayendra Amin M : 9879938800
SPECIFICATIONS :
Material | Hexoloy SE SiC |
---|---|
Maximum Use Temperature | 1900 degC |
Flexural Strength (MPa) 1450 degC 1600 degC
| 280 270 300 |
Density (g / cc) | 3.05 |
Apparent Porosity (%) | 5 - 10 |
Modulus of Elasticity (GPa) 20 degC 1300 degC
| 420 363 |
Thermal Conductivity (W/mK) 1200 degC
| 34.8 |
Coefficient of Thermal Expansion | 4.02 x 10-6/ degC |
Price: