Yes. High-precision laboratory units like the JVK® LFP 150 are engineered to precisely mimic full-scale industrial conditions. By selecting the correct filter frame thickness, you can vary chamber depths from 15 to 50 mm, allowing your team to accurately calculate parameters for larger production lines.

The unit is designed to evaluate a complete filtration cycle on-site. It allows your R&D team to test standard pressure filtration, membrane squeezing (post-pressing up to 60 bar), air blowing, cake washing, and specialized thermal cake drying.

We offer a versatile range of materials including lightweight, chemically resistant Polypropylene (PP) and high-temperature PVDF. For advanced dewatering, JVK exchangeable membrane systems allow for active post-pressing of the filter cake, which significantly reduces residual moisture. These membranes are available in various elastomers (like EPDM, NBR, or FKM/Viton) and can be replaced without changing the entire plate, reducing long-term maintenance costs.

JVK laboratory filter plates are engineered for high-performance research and pilot plant operations. They typically operate at filtration pressures of 6 to 15 bar, with specialized membrane squeezing capabilities reaching up to 60 bar. Depending on the material choice (Polypropylene or PVDF), they can withstand temperatures ranging from –20°C up to 140°C, making them suitable for aggressive chemical environments and heat-sensitive processes.