Special Alloy Steel Hastelloy Conical Sintered Filter Element Applied In Chemical

Stainless steel sintered mesh Cone filter/conical filter element is made of Sintered 5-layer or multi-layer stainless steel wire mesh laminates, it take the advantages of good permeability, high holding dirty capacity, large filter area, long service life, high temperature resistance and corrosion resistance, and cleanable, can be used for many times, it is widely applied in the filtration system of petroleum and chemical industry.

Applications for Sintered mesh Cone filters/conical filter element:

1. Used in food and beverage industry (milk powder, tea, coffee and etc).
2. Used in chemical and pharmaceutical industry (pharmaceutical products,plastic Recycling
and Precision sieving of powders and etc.)
3. Used in petrochemical industry.
4. Used in water treatment system.
5. Used in aerospace industry.

Characteristics for Stainless steel Cone Punching hole sintered mesh cone filter/conical filter element:

•1)Our sintered filter mesh conical filter element has standard dimensions.high filteration and are convenient to operate
•2)our filter mesh are wearable, high temperature-proof, good toughness, shake-proof and keep-distance, better rate of filter
•3)The layers of the sintered mesh conical filter element: one layer, two layers, three layers and multi-Layers
•4)Sintered wire mesh filters have long service life.
•5)This kind of filter mesh can withstand harsh work conditions.
•6)Meantime Our wire mesh filter can withstand high temperature.
•7) This kind of filter mesh has excellence service properties.

Specification of sintered conical filter element

• Material: SUS302, 304, 316, 304L, 316L, 310S, 312, perforated metal mesh, stainless steel woven wire cloth, etc.

• Layers: single layer or multiple layers.

• Weaving types: plain weave, twill weave, dutch weave, etc.

• Filter shape: sharp bottom conical shape, flat bottom conical shape.

• Marginal materials: stainless steel, aluminum, copper, rubber, etc.

• Working temperature: -200 - 600°C.

• Filtration precision: 1 μm - 200 μm.