Powering Petrochemical Excellence
Premium Heat Exchange Equipment, Tailored for Your Critical Operations
- Coal gasification purification (low-temp methanol washing)
Removes H₂S, CO₂ from coal gas for clean synthesis gas.
- PDH Plant
Converts propane to propylene (key petrochemical feedstock)
- Gas-phase feed heat exchange (coal-to-ethylene glycol, etc.)
Optimizes energy via gas heat exchange; stabilizes reaction temps.
- Air separation system
Cryogenically separates air into N₂, O₂, etc., producing liquid ammonia/oxygen.
- Natural gas liquefaction & purification
Removes impurities, liquefies gas for easy storage/transport.
- Sulfur-containing exhaust recovery
Recovers sulfur from industrial exhaust to cut emissions.
- Refinery reforming, hydrogenation and ethylbenzene units
Upgrades naphtha, removes impurities, makes ethylbenzene (for styrene).
- Pharmaceutical/food/fine chemical heat transfer & reaction unit
Control heat/reaction conditions for quality production.
- Offshore oil & gas heat exchange
Withstands harsh marine conditions for efficient heat transfer.
- Polysilicon cold hydrogenation plant & tail gas recovery unit
Boosts polysilicon purity: reuses recovered tail gas.
- NMP synthesis plant
Makes NMP (universal solvent for electronics, pharma, etc.).

Serving11major application fields
We supply a complete range of corrosion-resistant alloys—cryogenic and high-strength steels, stainless steels, nickel alloys, titanium, zirconium, and aluminum—engineered for reliable, long-life heat exchangers in harsh energy and chemical applications.
Core Advantages
- Excellent Heat Transfer Efficiency:
Unique spiral wound structure boosts heat exchange area for efficient energy transfer.
- Compact Design
Delivers large heat exchange area in limited space, saving floor space.
- High Pressure/High Temperature Resistance
Special structure withstands extreme operating pressure and temperature, ensuring safety.
- Multi-Stream Heat Exchange Capacity
Handles multiple media simultaneously (e.g., multi-stream tube side, single/multi-stream shell side) for complex processes.
- Resistance to Thermal Stress and Vibration
Flexible spiral structure compensates for thermal expansion, reduces vibration impact, and extends service life.
- High Customization
Precisely designed and manufactured based on customers’ specific process parameters (pressure, temperature, medium, flow rate, etc.).
Expertise in Petrochemical-Grade Alloys,
Engineering Your Heat Exchangers
10 premium corrosion-resistant alloys
Engineered for long-life heat-exchange performance
01
Low-alloy cryogenic steel
02
Low-alloy
high-strength steel
03
Austenitic stainless steel
04
Ferritic stainless steel
05
Austenitic-ferritic duplex stainless steel
06
Nickel
and
nickel-based alloys
07
Titanium
08
Titanium alloys
We deliver reliable solutions with 10 types of corrosion-resistant alloys, ensuring durability, safety, and efficiency across diverse industries and demanding environments.


▲ Applications
10 corrosion-resistant alloys:
- Low-alloy cryogenic steel
- Low-alloy high-strength steel
- Austenitic stainless steel
- Ferritic stainless steel
- Austenitic-ferritic duplex stainless steel
- Nickel and nickel-based alloys
- Titanium
- Titanium alloys
- Zirconium
- Aluminum
Powering Industries with Innovation
From petrochemical to clean energy, our expertise in advanced materials and precision equipment enables global industries to achieve safe, efficient, and sustainable growth.
Pressure vessel series
- Spiral wound tube heat exchanger
- Large-scale shell-and-tube heat exchanger
- Large-scale tubular reactor
Get Your Solution
13545076392
ephe@vip.163.com

(China, United States, India, Kazakhstan, Uzbekistan, Iraq, Oman, Zambia, Brunei, Pakistan…)
Pressure vessel series
(China, United States, India, Kazakhstan, Uzbekistan, Iraq, Oman, Zambia, Brunei, Pakistan…)
- Spiral wound tube heat exchanger
- Large-scale shell-and-tube heat exchanger
- Large-scale tubular reactor
Get Your Solution
13545076392
ephe@vip.163.com