The Cooling Tower is a core component of industrial circulating water systems. It efficiently removes heat generated during equipment operation through optimized heat exchange between water and air, ensuring stable and reliable production. It is an essential solution for high-load and continuous industrial cooling applications.

Automatic framing machines are used for the automatic arrangement and framing of aluminum profiles and industrial profiles. They can seamlessly integrate with extrusion, cooling bed, and packaging processes, achieving a highly efficient, standardized, and low-labor profile framing process.  They are an important piece of automation equipment in modern aluminum profile production lines.

Our Straightener (Stretcher) series offers high-efficiency, precision straightening solutions, effectively removing bends and deformations in aluminum, steel, copper, and other metal profiles, ensuring their straightness and surface quality. It is suitable for a wide range of applications in industries requiring high-precision production, such as construction, automotive, and electronics.

Our Puller (PULLER) series is designed specifically for aluminum extrusion lines, featuring automatic clamping, high-precision synchronous pulling, intelligent speed regulation, and stable operation. It significantly enhances production efficiency and profile quality. Available in customizable configurations to meet the needs of mid- to high-end aluminum profile factories.

Our Puller (PULLER) series is designed specifically for aluminum extrusion lines, featuring automatic clamping, high-precision synchronous pulling, intelligent speed regulation, and stable operation. It significantly enhances production efficiency and profile quality. Available in customizable configurations to meet the needs of mid- to high-end aluminum profile factories.

Full automatic aluminum extrusion billet heating furnace with hot log shear for aluminum profiles, designed for both single and multiple billet heating. Features include energy-saving burners, thermal insulation (350-450mm), support for natural gas, LPG, and diesel, and full automatic or semi-automatic operation. Suitable for billets with diameters of 3 to 15 inches and lengths of 3 to 8 meters.

The aging furnace is used for the artificial aging treatment of aluminum profiles after extrusion. Through precise temperature control and a circulating hot air system, it enables the profiles to obtain the required mechanical properties (T5/T6). The equipment is stable, energy-efficient, and has good temperature uniformity, making it a key heat treatment equipment for improving the strength and hardness of aluminum profiles.

The Quenching System is a critical component of the aluminum extrusion line, responsible for rapidly cooling extruded profiles to achieve required mechanical properties and dimensional stability. With customizable air, water, and mist quenching configurations, the system ensures efficient cooling, improved alloy performance, and high-quality final products.

The aluminum profile extrusion cooling bed is used for cooling, traction, leveling, and collecting profiles after they exit the extruder. The equipment employs an automatic traction system and an optimized air-cooling structure, ensuring uniform cooling and a smooth surface, thus improving finished product quality and production efficiency. It is an essential piece of equipment in aluminum extrusion production lines.

The fully automatic mold furnace adopts an intelligent temperature control system to achieve rapid heating and precise temperature control, and is widely used for preheating and temperature control of aluminum extrusion molds. The equipment operates stably, is energy-efficient, and can effectively reduce mold wear, improve the stability of extrusion production, and increase the yield of qualified products.

The fully automatic mold furnace adopts an intelligent temperature control system to achieve rapid heating and precise temperature control, and is widely used for preheating and temperature control of aluminum extrusion molds. The equipment operates stably, is energy-efficient, and can effectively reduce mold wear, improve the stability of extrusion production, and increase the yield of qualified products.

Full automatic aluminum extrusion billet heating furnace with hot log shear for aluminum profiles, designed for both single and multiple billet heating. Features include energy-saving burners, thermal insulation (350-450mm), support for natural gas, LPG, and diesel, and full automatic or semi-automatic operation. Suitable for billets with diameters of 3 to 15 inches and lengths of 3 to 8 meters.

The fully automatic mold furnace adopts an intelligent temperature control system to achieve rapid heating and precise temperature control, and is widely used for preheating and temperature control of aluminum extrusion molds. The equipment operates stably, is energy-efficient, and can effectively reduce mold wear, improve the stability of extrusion production, and increase the yield of qualified products.

1. Mature technology

2. Stable operation

3. Easy operation and maintenance

1. Mature technology

2. Stable operation

3. Easy operation and maintenance

1. Mature technology

2. Stable operation

3. Easy operation and maintenance

1. Mature technology

2. Stable operation

3. Easy operation and maintenance

1. Improve production efficiency.

2. Energy saving and emission reduction.

3. Compact structure, low maintenance cost

4. ‌High precision and stability.

5. Wide range of applications

1. Improve production efficiency.

2. Energy saving and emission reduction.

3. Compact structure, low maintenance cost

4. ‌High precision and stability.

5. Wide range of applications

1. Mature technology

2. Stable operation

3. Easy operation and maintenance

1. Improve production efficiency.

2. Energy saving and emission reduction.

3. Compact structure, low maintenance cost

4. ‌High precision and stability.

5. Wide range of applications

1. Improve production efficiency.

2. Energy saving and emission reduction.

3. Compact structure, low maintenance cost

4. ‌High precision and stability.

5. Wide range of applications

1. Mature technology

2. Stable operation

3. Easy operation and maintenance