Electro-hydraulic paint testing machine (200 kN) – Model 242-Basic – ERICHSEN

The 242-Basic Model is specifically designed for the quality assurance of coated metals. It excels in evaluating the ductility of coil coatings, painted, plastic-coated, or galvanized materials by performing fully automatic cupping and deep-draw tests. This makes it ideal for industries and professionals focused on maintaining high standards in paint and lacquer applications.

This machine is equipped to conduct both Erichsen cupping tests and deep draw tests to assess the ductility and quality of various coatings on metals. These tests are crucial for determining the material's performance and resistance to deformation, providing valuable data for quality control.

The machine boasts a formidable drawing force of 200 kN. This high level of force enables it to deform materials along all three coordinate planes without compromising the surface coating, making it a versatile tool for testing a wide range of materials and thicknesses.

It is well-suited for sheet metals with thicknesses ranging from 0.2 mm to 4.0 mm. This range covers a wide spectrum of applications, making the machine flexible for various testing scenarios in quality assurance procedures.

Yes, besides its primary role in quality assurance, the 242-Basic Model is also ideal for research and development. Its robust construction, precision testing capabilities, and minimal maintenance requirements make it a reliable choice for developing new materials and coating technologies.

The machine requires a power supply of 400 V, 3~, 50 Hz, and an approximate power output of 3.0 kW. Its dimensions are about 1320 mm in height, 810 mm in width, and 110 mm in depth, with a net weight of approximately 600 kg. These specifications indicate the machine's robust yet relatively compact size for industrial applications.

While the 242-Basic Model itself is a piece of precision testing equipment primarily focused on performance and durability, its role in ensuring the quality and longevity of coatings helps reduce waste. By enabling thorough testing of materials, it ensures that only the most durable and effective coatings are used, which can contribute to longer lifespan of metal products and fewer resources wasted on re-coatings or replacements.