Opened 3D Structure Exothermic Sleeves Direct Pouring Filter

Product Details
Customization: Available
Feature: Molten Metal Filtration
Shape: Square, Rectangular, Round
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Registered Capital
41000000 RMB
Plant Area
33928 square meters
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
  • Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
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Overview

Basic Info.

Model NO.
NINGXIN-CFF-NG01
Size
35mm-400mm
Ppi
10/20/30
Application
Grey Iron, Ductile Iron, Copper, Brass
Common Size 1
40X40X15mm 50X50X15mm 50X50X22mm
Common Size 2
50X75X22mm 75X75X22mm 75X100X22mm
Type
Refractory Material
Material
Silicon Carbide (SiC)
Refractoriness (℃)
Below 1500 Celsius
Transport Package
Carton and Pallet
Specification
As per request
Trademark
NINGXIN
Origin
Hebei, China
HS Code
690390
Production Capacity
500 Cubic Meters Per Month

Product Description

Silicon Carbide SIC Ceramic Foam Filter for Foundry Molten Metal Grey Iron Ductile Iron Castings Filtration

Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
Model Name: NINGXIN-CFF-S
Application: For the filtration of molten Iron,copper,brass,aluminum and alloy

Ceramic foam filters offer a simple, reliable and costeffective method to remove inclusions. Filtering with CFF is a supplement to metal treatment within the furnace, such as fluxing and degassing or inline filtration.

Ceramic foam filters have an open pore reticulated structure with very high porosity and surface area to trap inclusions. The open foam structures are compose of ceramic material, such as alumina, mullite or silica. Alumina is the most common filter material. Ceramic foam filters operate in a deep bed filtration mode where inclusions smaller than the pore openings are retained throughout the cross-section of the filter.

CFFs typically are a polyurethane foam coated with a ceramic slurry then dried and fired. During firing, the polyurethane foam dissipates leaving behind a porous ceramic structure. The ceramic can be a phosphate-bonded alumina and pore sizes and thicknesses can vary.

 
Main material Silicon carbide (SIC)
Working Temperature ≤1500ºC
Color Gray
Hole density 10/15/20/25/30PPI (PPI=pores per inch)
Porosity(%) 80‐90
Compressive Strength(MPa)  ≥1.0 (Room temperature)
Bulk Density(g/cm3) 0.35‐0.55
Thermal shock resistance ≥2times/1100ºC‐Room temperature

 

Detailed Photos

 

Opened 3D Structure Exothermic Sleeves Direct Pouring FilterOpened 3D Structure Exothermic Sleeves Direct Pouring FilterOpened 3D Structure Exothermic Sleeves Direct Pouring FilterOpened 3D Structure Exothermic Sleeves Direct Pouring Filter
 

Packaging & Shipping

Opened 3D Structure Exothermic Sleeves Direct Pouring Filter
Opened 3D Structure Exothermic Sleeves Direct Pouring Filter

 

Images of Application Cases

 

Opened 3D Structure Exothermic Sleeves Direct Pouring Filter

Company Profile

Opened 3D Structure Exothermic Sleeves Direct Pouring FilterOpened 3D Structure Exothermic Sleeves Direct Pouring Filter

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