HF filters are designed for high efficient removal of solid particles, water, oil aerosols, hydrocarbons and other vapours from compressed air systems. To meet the required compressed air quality appropriate filter element (B, P, R, M, S, A) must be installed into filter housing. Optional external condensate drains should be used for efficient condensate draining from filter housing.
Germany
KAMAT's own filter technology is innovative and fast-growing. Why are we involved in filter technology? The answer is simple: high pressure cleaning technology using water as an environmentally friendly medium requires a high quality filter and recycling solution. In some cases, traditional filter manufacturers are unable to meet these requirements, which is why KAMAT also offers its own customer-specific solutions in the field of filter technology. High-pressure water cleaning technology has many advantages: A water jet can be used gently on the surfaces to be cleaned, water is generally available as a medium and at the same time is environmentally friendly without extensive delivery costs. When it comes to accessories, high pressure cleaning systems have special requirements that are difficult to meet. For this reason, KAMAT has developed its own customised high-pressure filter solutions. KAMAT high pressure filters are available for operating pressures up to 4,000 bar.
Request for a quoteTurkey
The wedge wire cylinder screen is the most popular screen that can be adapted to many applications. The shape of the cylindrical screen helps the filtration process complete accurately. It is also called Johnson Screen in some applications. With the modular design of the cylindrical screen, it provides efficient filtration performance for many applications. In addition, cylinder wedge wire screens can rotate or remain static depending on your application. Advantages: Cylinder screen also called Johnson Screen provides different advantages for filtration as a type of filter screen. The main advantages of the cylindrical screen are listed below as Special surface treatment Modular and customizable design Corrosion resistance Durable – long service life Precise open gap Suited for many applications Applications: Water Treatment Mine, coal, mineral Processing Food and Beverage Petrochemical and oil
Request for a quoteGermany
The filter materials VYON® and GURON® are sintered, porous low-pressure polyethylenes whose polymer particles fuse together at their points of contact. Since 1965, with the founding of the KOPP Filter Technology department, KOPP has been offering its customers individual and tailor-made solutions: numerous filter devices for liquid filtration, filter material for filtration, separation, ventilation and ventilation as well as silencers. The traditional Aachen company relies on the high-quality filter materials VYON® and GURON® - open-pored low-pressure polyethylenes with outstanding positive properties such as physiological harmlessness, temperature resistance, high corrosion and chemical resistance, low weight, environmental friendliness and a favorable cost/benefit ratio. Arguments with which KOPP filter materials have been convincing for decades.
Request for a quoteGermany
Reducing energy, saving resources and safe processing have high priority in the chemical and petrochemical industry today. Our advanced liquid separation technologies are targeted to treat hydrocarbon based or solvent containing process streams and provide valuable tools for process intensification. Typically organic liquid streams are processed by conventional thermal unit operations that consume high amounts of energy, operate at high temperatures and/or require additional chemicals for efficient separation. Our membrane based solutions offer potent alternatives or additions for new processes and a valuable tool for the retrofit of existing unit operations. Our product range: - BORSIG Organic solvent nanofiltration - BORSIG Pervaporation - BORSIG Process development services
Request for a quoteCreate one request and get multiple quotes form verified suppliers.