During crude oil extraction, storage, transportation and refining, media feature high viscosity and are prone to solidification. Stable and reliable heating is required to maintain fluidity and process safety. We supply explosion‑proof pipeline heaters, thermal oil furnaces and air duct heaters for oilfield wellheads, oil transmission pipelines, storage tank heating, offshore platforms and other applications. Our products are certified with 3C and CE explosion‑proof approvals. Skid‑mounted integrated delivery is available upon custom request, suited for harsh operating conditions including deserts, gobi areas and offshore environments.

Chemical production often involves corrosive media, high temperature, high pressure, and explosion-proof requirements. Our Shell-and-Tube Heat Exchangers, Spiral Plate Heat Exchangers, Thermal Oil Heaters, and Pipeline Heaters are widely used in Processes Such as Reactor Heating and Cooling, Heating of Corrosive Fluids, and waste heat recovery from process tail gas. Materials Including Stainless Steel and Duplex Stainless Steel Are Available. We Specialize in Non-Standard Customization to Meet Stringent Anti-Corrosion and Leak-Proof Requirements in Chemical Plants.

From polymerization and polycondensation to spinning and heat setting, the entire chemical fiber textile process relies on precise and stable thermal systems. We supply thermal oil heaters as the core heat source for production lines, matched with air duct heaters to supply air for setting machines. Flue gas waste heat recovery units can also be configured to recover heat from the exhaust gas of setting machines. The hot air is well-distributed, effectively reducing energy consumption.

The Iron and Steel Metallurgy Industry Mostly Operates Under 24-hour Continuous High-temperature Conditions, Imposing High Requirements on Equipment Durability and Stability.   Our High-temperature Air Duct Heaters Are Used for Atmosphere Heating in Annealing Furnaces, While Shell-and-Tube Heat Exchangers Serve Oil Circuits and Cooling Water Loop Heat Exchange. Flue Gas Waste Heat Recovery Units Help Enterprises Reclaim Heat From High-temperature Exhaust Gas.   The Products Feature High Temperature Resistance and Impact Resistance, Suitable for Long-term Operation Under the Harsh Environments of Heavy Industry.

For processes such as drying of lithium battery cathode and anode materials, electrode coating baking, and electrolyte preheating, strict requirements are imposed on temperature uniformity and cleanliness. We supply ovens and tunnel furnaces as the core of continuous drying production lines, paired with air duct heaters and heating elements. Temperature uniformity can be controlled within ±2°C. The clean design meets the environmental requirements of lithium battery workshops, and custom non-standard sizes are supported.

For Processes Such As Food Baking, Dehydration Drying, Pasteurization and Edible Oil Heating, Both Precise Temperature Control and Sanitary Standards Must Be Met. Our Ovens Are Suitable for Drying and Baking of Various Foods. Plate Heat Exchangers Feature Sanitary Design for Easy Disassembly and Cleaning, Paired With Air Duct Heaters to Supply Clean Hot Air. The Material and Structure of the Equipment Comply With Sanitary Requirements for Food Processing.

Scenarios Such As Medical Device Drying And Sterilization, Pharmaceutical Powder Drying, And Constant-temperature Air Supply For Clean Rooms Require High-precision Temperature Control And Strict Cleanliness Assurance. Our Clean-type Ovens Feature Fully Welded Inner Walls And Rounded Corner Design, Leaving No Dead Corners For Easy Cleaning. Paired With Air Duct Heaters And Sanitary Plate Heat Exchangers, They Deliver Precise Temperature Control, Comply With GMP Workshop Standards, And Supporting Validation Documents Are Available.

Processes such as chip packaging curing, PCB board drying and clean room air supply impose extremely high requirements on temperature accuracy and air cleanliness. Our clean ovens and precision air duct heaters deliver accurate temperature control with low particle generation. Heating elements can be embedded into customers’ equipment to meet the production environment standards of electronic cleanrooms.