Drinking Fountain Inline Filter Part Custom Order Mesh Insert Plastic Molded Filters
Contact Person : Eric Xiang
Phone Number : +86-18658318635
WhatsApp : +8613968584834
|Minimum Order Quantity :||200pcs||Price :||USD0.03-USD1.50|
|Packaging Details :||Caron, Polybag||Delivery Time :||7-20 days|
|Payment Terms :||T/T, L/C, Western Union, MoneyGram, PayPal||Supply Ability :||10000pcs/day|
|Place of Origin:||China||Brand Name:||Share Filters|
|Certification:||SGS||Model Number:||Oxygen Micro-Blender Nylon Mesh Filter|
|Product Name:||Oxygen Micro-Blender Nylon Mesh Filter||Keyword:||Oxygen Micro-Blender Filter|
|Suport Cage:||PA, PET, PC, ABS, PP, POM, Etc||Screen Media:||Nylon Mesh, Polyester Mesh, Metallic Mesh|
|Micron Rating:||20μm-100μm||Application:||Respiratory Equipment|
Oxygen Blender Nylon Mesh Filter,
Micro Blender Nylon Mesh Filter,
Respiratory Equipment Insert Molding Plastic Filters
Oxygen Micro-Blender Nylon Mesh Filter 48 Micron For Respiratory Equipment
What is a Mesh Insert Plastic Molded Filter ?
Plastic molded mesh filters, as the name implies, are made via insert molding. This is the process injecting liquid resin into a mold. In the case of resin molded filters, the liquid resin bonds with filter mesh inside the mold.
Plastic molded filters are a precision, cost effective and convenient filtration solution. They can be made in just about any size or shape, making them very useful for a wide variety of industry applications– engine oil filters, fuel filter, water filters, medical device filters, washing filter and many more.
Share Filters Custom Plastic Molded Filters Materials Options
|Filter media||Nylon mesh, polyester mesh, PP mesh, metallic mesh|
|Micron rating||16μm - 1500μm|
|Mesh parts fabrication||Slitting, cutting or punching, welding|
|Support cage material||PA6, PA66, PET, PP, ABS, and other high-performance thermoplastics|
|Processing||Insert injection molding, over molding|
Mesh Insert Injection Molded Filters
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 product that can be used for things such as filters or screens. By effectively fusing the polymer plastic and filter mesh, you can guarantee a higher level of integrity.
Other OEM Filter Components
About Share Filters
Share has over 20 years of experience developing and manufacturing custom product solutions for our customer's screen and filtration needs. Our injection moulded filters products consist of a synthetic filter mesh held in a polymer plastic frame, allowing for a more robust product giving more reliability and longevity in its use. Injection moulding can take many forms and Share Filters is fully capable to help develop and produce the injection moulded filter product that will best suit your needs, as well as, offering any additional advice or service along the way.
Photoes of workshops
|Share Filter synthetic meshes can be made from a variety of materials such as polyamide, polyester, polypropylene, etc. You can order by the rolls or cut shapes.||Ultrasonic and heat slitting is also used for manufacturing fabric strips and produces a closed edge with very little material build up at the edge.||Our cutting method include Laser cutting, Cold cutting, Hot cutting, Stamping. Professional cutting using custom made tools that will not damage the materials.||Sonic welding are accurate, clean. Precision sleeves and bags for blood filtration, rosin bag for rosin press are examples of applications that benefit from this technology.||Share Filters sewing products are carried out by highly skilled and experienced machinists, which ensure you get the right level of consistent quality.||Custom plastic molded filter combine precise filter mesh with polymer plastic. Industry serve: Automotive, Appliances, Food and beverage, Medical, Life Science and Laboratory.|
Share Filters Products Applications
|Automotive||Appliance||Medical||Food & Beverage||Environmental|
Nylon Filter Mesh Datesheet
|No.||Mesh count||Thread Diameter||Mesh Opening||Open Area||Fabric Thickness||Weight|