24 Mesh 860 Micron Nylon Filter Mesh Piece Disc For Dough Proofer Pocket Inlay

Product Description

24 Mesh 860 Micron Nylon Filter Mesh Piece Discs For Dough Proofer Pocket Inlay

Share Filters provides precision filter meshes for liquid filtration, separation and sifting, with custom special-made processing machines and equipment, Share Filters is capable of heat-sealing, heat-slitting, laser cutting, cold-stamping and ultrasonic cutting filter mesh into different custom pieces shapes.

Share Filters' filter mesh pieces can be tailored to virtually any shape or dimension. Laser cutting allows for elaborate shapes to be cut that are specific to the customer’s design needs. Laser cut parts can be also produced in multiple layers. The high-precision laser cut parts are characterized by closed edge quality. Ultrasonic punching enables precisely defined openings to be made in filter mesh in the highest quality.

The Benefits Share Filters' Mesh Pieces:

Nylon Filter Mesh Specifications

This just a part of specifications which common used.

Factory Capabilities

 

Share Filters sepcialize in manufacturing and offering filter mesh in different materials including nylon mesh, polyester mesh, pp mesh, metallic mesh, and we can also convert these filter meshes to filter mesh ribbons, filter mesh tubes, filter bags and mesh insert plastic molded filters to meet customs' Filtration demands.

 

 

Filter Mesh Weaving

The width of filter mesh rolls can be in 100cm, 127cm, 150cm, 165cm, 175cm, 183cm, 365cm or other custom width. Length of roll can be 30m, 50m, 70m, or other custom length.

 

 

Filter Mesh Slitted in Narrow Ribbons

Share Filters ribbons are used in a multitude of applications such as automotive filters, appliances filters, industrial filters, electronic devices, diagnostic test strips, perfusion and transfusion filters in healthcare. Share Filters ultrasonic slitting and heat slitting is also used for manufacturing fabric strips and produces a closed edge with very little material build up at the edge.

 

 

 

Cutting Filter Mesh Pieces and Shapes.

Share Filters cutting method include Laser cutting, Cold cutting, Heatt cutting, Punching. Professional cutting using custom-made tools that will not damage the meshes. Laser cutting allows for elaborate shapes to be cut that are specific to the customer’s design needs

 

 

Ultrasonic Cutting and Welding

Ultrasonic cutting and welding are accurate, clean. The tubes are equipped with single or double seams.

 

 

 

Custom Filter Bags

Rosin press bag

 

Biopsy bag

 

 

Sewn Bag

 

 

Standard Filter Bags

Share Filters produces and provides high quality liquid filter bags to fit standard size filter housing, as well as custom designed products where requested. The constituent materials have been chosen for their purity, with consistent high quality and repeatable performance.

 

 

 

Mesh Insert Injection Moulded Plastic Filters

Our injection moulded filters products consist of a filter mesh held in a polymer plastic frame. Injection moulding will drop hot polymer plastic in a custom made mould with a synthetic or metallic mesh inside. Once cooled and solid, it can produce a very robust and reliable part or product that can be used for filters or screens. 

 

 

 

What We Do
Share Filters specializes in helping our customers design and manufacture high quality mesh filter components to around the world. As a supplier combining the filter mesh manufacturing and filter mesh processing according to custom-made design, we are flexible enough to adapt to our customers’ production and delivery needs. Our advanced manufacturing processes and scientific machines allow us to create filtration products in any shape or configuration – from simple, traditional components like mesh pieces to highly complex devices like custom plastic filters.

 

 

Application of Share Filters Products

 

Fuel filter	Cell strainer	Air purifier filter	Coffee filter	Drip irrigation filter
Automotive	Healthcare	Appliance	Food & Beverage	Agriculture

 

 

Contact Us
Please connect with us so we can learn more about your application and design specifications!