Mesh filters - Import export

Expanded metal and micro-metal Expanded micro-metal has an enormous advantage in avoiding raveling. Standard matter: SS304, SS 316, Steel, Brass, Aluminum Micro-mesh from 80µm to 15 mm Building mesh from 15 to 200 mm Applications: Industries, automobile, heating, building, design and architecture. Metallic woven mesh Documentation All the woven mesh are available in rolls or cut panels. Standard matter: SS 304, SS 316, Steel, Brass, Aluminum… Square mesh from 20µm to 10 mm. Mesh reps from 3µm to 500µm Micro mesh SS316L, filtration limit minimum 1µm Uses: Industries, sieving, filtration, medical, design and decoration, …

At K2TEC, we have grouped under the term Precision woven filter fabrics mesh, all the fabrics made from extruded monofilament and woven in square mesh from nylon (polyamide), polyester, polyethylene, polypropylene, PTFE, etc. Thanks to the wide variety of precision woven synthetic fabrics available, the industrial applications of our mesh filter fabrics are extensive: from pregnancy test protective filters, to dishwasher filters, to insect anti-intrusion devices for smoke alarms or smoke detectors. These precision woven fabrics can also be used in rolls or ribbons for industrial sieving, and virtually in any kind of filter. Mesh openings can vary from 1 micron to 4000 microns, giving these mesh filter cloths the versatility to be used in many different liquid-solid separation processes. Mesh filter cloths are also used to protect strategic surfaces in the process of air filtration or sieving.

Special filter bags are developed according to customer demand. This type of pocket can be from a few centimeters to several meters. To make these tailor-made bags, K2TEC relies on its expertise of more than 35 years in industrial filtration, an in-house design office and a range of filtration mesh, filter paper and complete filter cloth. You can also find our range of standard filter bags. These bags have universal dimensions and also feature a wide variety of materials and filter media.