A polyurethane high-pressure machine is an industrial device that mixes two components, such as isocyanate and polyol, under high pressure to produce polyurethane. Thanks to high-pressure mixing, a homogeneous and high-quality blend is achieved. It is commonly used in the insulation, automotive, furniture, and white goods industries. Its advantages include fast production, minimal raw material waste, and high product quality.

It ensures that polyurethane-filled panels are pressed between two metal surfaces (typically sheet metal) to achieve a smooth, durable structure with high insulation performance. These presses allow for the production of high-quality panels suitable for mass production. They are used in the manufacturing of sandwich panels, wall and roof claddings, refrigerated truck bodies, and cold storage panels. The presses are available with heated systems, in 2-carriage or double-layer 4-carriage configurations. With fully automatic control systems, they offer production capabilities for panels ranging from 3 to 14 meters in length, 1 to 3 meters in width, and 4 to 20 centimeters in thickness. Our press systems provide even pressure distribution, resulting in flat panels with strong adhesion. Depending on production needs, the machines can be customized

The rotary system, specially developed for high-pressure PU casting, is designed to operate in coordination with a turntable, polyurethane casting machine, and robotic integration. The robot integrated into the automation system automatically carries the casting head to each station, performing the casting process with high precision and minimal human intervention. This not only prevents time losses but also minimizes errors caused by human factors in the production process. This system we have developed aims to combine speed, quality, and automation in industrial production, offering manufacturers a significant competitive advantage.

Our company manufactures high-quality aluminum molds for polyurethane casting processes. We design and produce custom molds for a wide range of products used in areas such as industrial cabinets, cushions, seats, and more. Our precisely machined molds offer long-lasting durability, smooth surface quality, and excellent dimensional accuracy. Custom sizes and shapes can be produced according to customer requirements. Designed to enhance efficiency in polyurethane injection processes, our molds are compatible with both manual and automatic systems.

In a polyurethane machine, the chiller cooler ensures proper system operation by removing the heat generated during the process. During polyurethane production, heat is produced due to chemical reactions and machine operation. The chiller helps keep this heat under control, preventing the machine from overheating and maintaining the ideal operating temperature.

A magnetic coupling is used in high-pressure polyurethane machines to prevent fluid leakage and enhance safety. Since it transmits power without mechanical contact, the risk of leakage is eliminated. The lack of physical contact reduces wear, extends equipment lifespan, and minimizes maintenance requirements. It provides durability especially in processes involving aggressive chemicals. Additionally, it offers extra safety when working with explosive or hazardous substances. Power transmission is achieved through magnetic fields with high efficiency.

An automatic self-cleaning filter effectively removes dirt, sediment, and particles from within the system, ensuring that fluids remain clean. This prevents clogging, wear, and equipment failures. Since the filter can clean itself automatically, it reduces the need for manual intervention and lowers maintenance costs. A consistently clean system operates more efficiently and consumes less energy. Additionally, it improves machine performance, contributing to more stable and safer production processes. Filtered systems offer longer service life with reduced downtime, providing reliable and continuous operation.

The polyol mixer ensures the homogeneous mixing of polyol with additives in polyurethane production. By achieving the correct mixing ratios, it enhances the quality and durability of the final product. It also supports the efficient progression of the chemical reaction with isocyanate. A uniform mixture accelerates the production process, increases efficiency, and improves product consistency. The polyol mixer is a critical component for producing high-quality and consistent polyurethane products.

Water heaters maintain a consistent temperature in polyurethane aluminum molds, ensuring proper shaping of the product. The correct temperature enables fast and uniform curing, speeding up production. They also prevent mold wear and extend its lifespan. Ideal temperature improves product quality by providing smooth surfaces and accurate hardness. In short, water heaters are critical for production efficiency, quality, and equipment durability.

The flowmeter is a critical component in polyurethane production because it is essential for ensuring the correct mixing ratio and monitoring the production process. The flowmeter used in polyurethane machines measures the flow rate of liquids in the system, typically chemical raw materials such as isocyanate and polyol. This device is crucial for accurately mixing raw materials in the correct proportions.