Dynamic Climate Chamber- MKF 56

Home MKF 56 is a dynamic climate chamber manufactured by BINDER GmbH, designed to perform rapid temperature changes and precise humidity control, making it ideal for various industrial testing applications, particularly in the automotive sector. This environmental simulation chamber offers a temperature range from -40 °C to +180 °C and a humidity range from 10% […]
Dynamic climate chamber- MKT 240

Home The Model MKT 240 dynamic climate chambers is a controlled environment designed to simulate a wide range of climatic conditions, including temperature, humidity. These chambers allow for precise control and replication of extreme environmental conditions to test how automotive parts and systems perform in real-world scenarios. The MKT 240 chamber can create challenging temperature […]
Dynamic Climate Chamber- MKF 400

Home The MKF 400 dynamic climate chamber is an advanced testing solution extensively used in the automotive industry. It provides precise control over environmental conditions, Simulating real world environment, making it crucial for evaluating the durability, reliability, and performance of automotive components and systems. Accelerating the QC and Product to Market life cycle. The MKF […]
Dynamic Climate Chamber- MKT 720

Home The MKT 720 dynamic climate chamber is a cutting-edge testing solution widely used in the automotive industry to simulate and analyse the effects of various climatic conditions on vehicle components and systems. Its advanced features make it an indispensable tool for ensuring the durability, reliability, and safety of automotive products. The MKT-720 chamber is […]
Dynamic Climate Chamber- MKF 1020

Home It recreates harsh temperatures, humidity levels and other environmental factors to test the performance, durability and reliability of automotive materials ensuring quality and safety standards. Thereby Accelerating the Product to Market Life Cycle. Ensuring the highest Level of Quality Assurance.  The MKF 1020 chamber is 1000 litres + size, is capable of generating extreme […]