Branże

Plastics and Rubber Processing

We offer a wide range of solutions for the plastics and rubber processing industry, including:
  • Cooling systems for injection moulding machines, separate cooling circuits for moulds and oil
  • Mould cooling using compressor chillers
  • Oil cooling using dry coolers
  • Extruder cooling
  • Blow moulding machine cooling
  • Calender cooling
  • Air cooling for film blowing and bottle manufacturing machines
  • Thermoformer cooling
  • Die cooling
  • Film and bottle cooling
  • PET, LDPE and HDPE cooling
  • Heat recovery and heating systems, including central heating and domestic hot water
  • Heating feed water for steam generators / steam boilers using heat pumps
  • Cooling and heating of other equipment and processes
  • Tank and pump units for various applications

If you are interested in cooling, heating, heat or cold storage systems for the plastics and rubber processing industry, please contact us. Our specialists will select the optimal solution for your application and prepare a quotation.

Related products for the plastics and rubber processing industry:

Plastics and rubber processing is a dynamically developing industry that requires increasingly advanced technological solutions. M.A.S. offers specialist cooling solutions for the plastics and rubber processing sector. Thanks to our extensive experience and technical expertise, we are able to meet the requirements of even the most demanding customers, providing high-quality equipment and systems.

Solutions for the Plastics and Rubber Processing Industry

Cooling Systems

Effective temperature management is one of the key factors in plastics processing. We offer a wide range of solutions tailored to the requirements of individual production processes.

Injection Moulding Machine Cooling

Injection moulding machine cooling ensures the optimal temperature of moulds and oil, which directly affects the quality of manufactured products. Proper cooling prevents the machine from overheating, which can lead to failures and increased maintenance costs. In addition, maintaining a stable temperature during the production process guarantees repeatability and precise component manufacturing while minimising material waste.

Mould Cooling Using Compressor Chillers

Mould cooling with compressor chillers provides effective temperature control, increasing mould durability and production precision. By using compressor-based cooling systems, a stable and low temperature can be maintained, preventing material deformation and improving product quality. Efficient cooling also shortens production cycle times, helping to increase productivity and reduce operating costs.

Oil Cooling Using Dry Coolers

Cooling the oil used in injection moulding machines with dry coolers enables effective oil temperature management, helping to reduce machine wear. Fans in dry coolers efficiently remove excess heat from the oil, ensuring a stable and optimal operating temperature. As a result, machines operate in more favourable thermal conditions, minimising the risk of failure, reducing operating costs and increasing equipment reliability.

Cooling of Extruders, Blow Moulding Machines and Calenders

Cooling extruders, blow moulding machines and calenders is essential for maintaining production process stability and consistent product quality. Optimal cooling prevents material overheating, enabling precise dimensions and consistent mechanical properties of manufactured products. Proper thermal management also directly improves process repeatability and production efficiency.

Air Cooling for Film Blowing and Bottle Manufacturing Machines

Air cooling for film blowing and bottle manufacturing machines is essential for maintaining suitable production conditions and has a direct impact on the quality of finished products. A stable air temperature enables precise and uniform material forming, which is necessary to obtain high-quality products. Effective air cooling also minimises the risk of machinery overheating, helping to prevent deformation and ensure continuous and efficient production processes.

Heat Recovery and Heating Systems

Our heat recovery and heating systems are tailored to the specific requirements of the plastics and rubber processing industry and take into account the various materials used in production and their thermal properties. The application of advanced heat recovery technologies enables the reuse of waste energy, significantly reducing operating costs and the environmental impact of the facility.

Our systems are designed to maximise energy efficiency by precisely managing process temperatures. By integrating them with other production systems, our solutions can dynamically adapt to changing operating conditions, ensuring uninterrupted and efficient production.

In addition, our systems are equipped with advanced monitoring and control functions that enable strict supervision of process parameters and rapid response to any deviations from normal operating conditions. In this way, our solutions not only improve energy efficiency but also help extend machinery service life and improve product quality.

The integration of heat recovery systems with other technologies, such as modern heat pumps, further increases energy efficiency and helps reduce harmful emissions, supporting sustainable industrial development. Our solutions are used across a wide range of industrial sectors.

Heating of Production Halls, Central Heating and Domestic Hot Water

Recovered heat can be used effectively to heat production areas and other parts of the facility.

Heating Feed Water for Steam Generators and Steam Boilers Using Heat Pumps

An environmentally friendly and cost-effective solution for various industrial processes. It helps maintain high efficiency and stable temperatures while protecting machinery components, reducing maintenance costs and optimising equipment service life.

Tank and Pump Units

Our tank and pump units, combined with specialised process control fluids and systems, are used in a wide range of plastics and rubber processing applications, including injection moulding, extrusion and film or tyre production. They provide stable and efficient management of heat and cooling throughout the entire production process.

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