Heat Transfer Equipments
Product Overview
Engineered to meet critical service requirements, our heat exchangers deliver precise pressure-drop control through an optimized thermal and mechanical design, ensuring stable, efficient operation, extended equipment life, consistent manufacturing performance under stringent quality control, and maintenance-friendly construction that minimizes downtime and reduces overall lifecycle cost
Our Experience
Heat Transfer Equipments Features
01
Material of Construction
- Carbon Steel - CS+NACE + HIC, LTCS,
- Stainless Steel - Austenitic, Martensitic
- Higher Alloy - Duplex, Super Duplex, Inconel, Hastelloy, Monel, Alloy 20
- Low Alloy - Gr.11,12, 22, 5, 9, 91
- Non Ferrous - Titanium (SB 338), Aluminium (6061, 5052), Cupro Nickel (70/30, 90/10)
- Cladded / Weld Overlay
02
Certification
- ASME U Stamp
- National Board NB
- R Stamp
- Petroleum and Explosives Safety Organisation (PESO)
- Marine Classification agency - ABS, LR, DNB, IRS
- Country Specific Certification - PED CE, TR-CU, NR 13, MOM, NOM 020, DOSH, CRN
03
Code Of Construction
- ASME
- TEMA
- EN
- API 660
- IBR
Our Comprehensive Range
High-Performance Heat Exchangers
Steam Generator- Kettle Type
Condenser (CU-NI)
Alumina Treater Hot Oil Heater
Deisohexanizer Reboiler
Hexane Product Overhead Stabilizer Condenser- DSS
Titanium Heat Exchanger
Jacketed Heat Exchanger
Lube Oil Cooler
Reactor Coil
Heater High Pressure Vessels Fuel Gas Heater
Evaporator , Preheater with Condenser Titanium & Tubes SB 338 GR . 2
Deaerator (Spray cum Tray)
Argon Cooler- Finned Tube
Tube Bundle - SS 321
Hastelloy Tube Bundle

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Share your process data sheet or thermal requirement and SISCO's team will respond with a complete technical proposal — thermal design, material, certification and delivery schedule.

