Function: Heat exchange is achieved through a jacket or coil using thermal fluid, ensuring uniform and stable temperature distribution within the reactor vessel.

Common Applications: Biopharmaceuticals, pesticide synthesis, scientific research, chemical processing, etc.

Function: Asphalt heater uses high-temperature thermal oil for uniform, precise heating to melt solid asphalt into liquid (pumping/construction), control prevents aging/coking, supports tank heating and pipe tracing at atmospheric pressure.

Common Applications: Road construction and maintenance, building waterproofing engineering, ports and large-scale storage and transportation bases, etc.

Function: Using a closed-loop system, it precisely heats/cools thermal oil to ±0.1–1°C, delivers it to mold/equipment channels, stabilizing mold temperature, improving product quality and efficiency.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Through a closed-loop system, thermal oil is precisely heated and uniformly delivered to calender rolls, maintaining constant roll surface temperature to ensure even plasticization and thickness control of materials (e.g., plastic, rubber) as they pass through the nip, preventing defects from temperature variations.

Common Applications: Plastic calendering, rubber calendering, nonwoven and textile coating, paper and metal foil processing, etc.

Function: Through a closed-loop system, thermal oil uniformly heats the mixing chamber's jacket/rotor, providing precise temperature control. This ensures rubber mixing at constant temperature, prevents local overheating (scorch/vulcanization), and improves compound uniformity and quality stability.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Through a closed-loop system, heated thermal oil circulates uniformly through the tenter's chambers or rollers, setting fabric at constant high temperature to relieve stress, stabilize dimensions, improve hand feel, and prevent color variation or distortion from uneven heating.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: High-temperature dyeing machine uses thermal oil in a closed-loop system to heat the dye bath, ensuring rapid, uniform temperature rise and stability. This promotes dye penetration, reduces cycle time, saves energy, and prevents uneven dyeing (color streaks/shades).

Common Applications: Dyeing of polyester and blended fabrics, dyeing of nylon (polyamide) fabrics, dyeing of spandex and elastic fabrics, yarn and package dyeing, nonwoven fabric dyeing, high-temperature treatment of natural fibers, etc.

Function: Drying Equipment uses closed-loop thermal oil circulating through radiators/coils to evenly raise air temperature for precise, uniform drying, preventing hot spots and quality issues—ideal for temperature-sensitive materials or long-term constant-temperature drying.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Jacketed cooking kettle uses closed-loop thermal oil to evenly heat the jacket, providing precise temperature control, preventing scorching, ensuring consistent color/flavor—ideal for boiling and stir-frying.

Common Applications: Food processing, candy production, beverage industry, pharmaceutical industry, chemical industry, catering and central kitchens, condiment production, etc.

By leveraging the precise temperature control capability of constant temperature oil baths,high- or low-temperature reactions can be accurately managed for safer, more reliable,and efficient chemical synthesis and process development.

By leveraging the precise temperature control capability of constant temperature oll baths,high- or low-temperature reactions can be accurately managed for safer, more reliable,and efficient chemical synthesis and process development.

Thermal fluid enables precise and stable temperature conditions for magnetic stirrers,ensuring thorough polymerization reactions under accurate thermal settings, thereby expanding experimental capabilities in chemical synthesis and materials science research.