This is a filter for vacuum lengthens the work life of the vacuum pump.
[Features] · This uses the cyclone effect and an element to remove dust and water droplets taken in by the vacuum generator (large capacity union type: VFB and VFR). · The dust case is large, so the instances of maintenance are reduced (large capacity union type: VFR). · The dust case body can be removed with one touch, so dust is not scattered (large capacity union: VFB). · This is a filter for a small vacuum, and it is ideal for fields where high cycling vacuum systems are needed (small union: VFU 0&1). · Enables selection of 2 types of element sizes (filter surface area) for the amount of dust and for replacement of the element (small union: VFU 1). · Integrates the main body and nipple. · Uses PP for the plastic material, and gives a low price (socket: VFJ). · Adds VFU1 and 2 / 3 types for applications requiring "no copper-based metal use" and "low concentration ozone measures." · No copper-based metals are used in the metal component materials, and HNBR is utilized for the rubber sealing material.
This is a vacuum filter that can be directly mounted to the vacuum pad.
[Features] ·This uses the cyclone effect and an element to remove dust and water droplets taken in by the vacuum generator (large capacity union type: VFB and VFR). · The dust case is large, so the instances of maintenance are reduced (large capacity union type: VFR). · The dust case body can be removed with one touch, so dust is not scattered (large capacity union: VFB). · This is a filter for a small vacuum, and it is ideal for fields where high cycling vacuum systems are needed (small union: VFU 0&1). · Enables selection of 2 types of element sizes (filter surface area) for the amount of dust and for replacement of the element (small union: VFU1). · Integrates the main body and nipple. Uses PP for the plastic material, and gives a low price (socket: VFJ). · Adds VFU1 and 2 / 3 types for applications requiring "no copper-based metal use" and "low concentration ozone measures."