Discover 15t Compact Hydraulic Pellet Press For Glove-box - Made In Europe-ylj-15 Click To View [sySD86qk]

15T Compact Hydraulic Pellet Press - YLJ-15

Introducing the YLJ-15, a high-quality compact hydraulic pellet press designed for precision applications in glove-box environments. This European-made machine delivers up to 15 metric tons of pressure, making it ideal for preparing compound ceramic samples in materials/chemistry research laboratories. Its lightweight and fully airtight design ensures optimal performance within glove boxes, where maintaining an inert environment is crucial to prevent sample contamination. With a built-in hydraulic pump and auto return function, the YLJ-15 offers fast die removal and sample retrieval, enhancing efficiency and productivity.

Product Specifications and Features

The YLJ-15 is equipped with a powerful built-in hydraulic pump that generates up to 15 metric tons of pressure, ensuring reliable and consistent performance. A pressure gauge is integrated for precise monitoring, providing both PSI and Bar units for versatility. The machine's lightweight and compact dimensions make it highly portable, measuring 330mm(L) x 190mm(W) x 450mm(H). Key features include a max lifting height of the bottom cylinder at 13 mm, adjustable top support screw height of 235 mm, and a net weight of 20 Kg (44 lbs). The press also comes with a polycarbonate safety shield for added protection during operation.

Applications and Benefits

Perfect for various applications in materials/chemistry research, the YLJ-15 is designed to enhance your laboratory workflows. Its ability to press air-sensitive materials under inert gas within glove boxes is invaluable for maintaining sample integrity. The press is suitable for use in glove-box environments where contamination prevention is critical. With its one-year limited standard warranty and lifetime support, the YLJ-15 is a reliable and cost-effective solution for your research needs. Upgrade your laboratory equipment with the YLJ-15 and experience the benefits of precision, efficiency, and safety.