Audited Supplier
100%
Quality Guarantee
ISO
Heat Insulation Materials, Screen, Filter Mesh, High Temp Insulation
Mesh
High Silica Fiberglass
High Silica
1650 C.Deg
Kingwell
Carton
Hole Sizes: 1.5*1.5, 2.0*2.0, 2.5*2.5mm
China
7019900000
Product Description
High Silica Fiberglass Casting Filter (Mock-leno & Leno types) 
Discover Future Humanized Materials with the Best Handfeels. Our products are vastly different from regular market offerings, providing non-allergic solutions that are gentle to the skin.
We're vigorously promoting a groundbreaking series of Smokeless Carbonized silica mesh.
Additionally, we offer Nano Ceramic treated Silica mesh products for enhanced performance...
Filtering with Silica Mesh Casting Filter is a highly effective method for eliminating inclusions and slag from various metals like steel, copper-based metal alloys, aluminium , gray, malleable, white, compacted graphite, and ductile cast iron. These filters can withstand the intense pouring temperatures up to 1650C.deg (3000F). The specially designed filter shapes work to trap inclusions and reduce turbulence throughout the casting process. As molten metal contacts the filter, the surface fibers develop a sticky fayalite layer, enabling the mesh to efficiently remove micron-sized inclusions from start to finish.
Silica Mesh Filtration offers a cost-effective solution for extracting dross, slag, refractory particles, and nonmetallic inclusions, thereby reducing casting waste by a remarkable 50~60%.
Features:
In the realm of metal filtration, Silica Mesh Filters provide unique advantages over ceramic foam and cellular filters, including:
*Optimal results with Hot Topping - easily removable post-pour, ensuring no metal flow restrictions during Hot Topping's exothermic action.
*No need for custom pour cones - ceramic foam or cellular filters often require custom cones with a ledge for filter placement.
*Compatible with any standard pour cone without modification.
*No pre-heating necessary - unlike ceramic foam or cellular filters, silica mesh filters can be positioned in the pouring cone right before the pour.
Specifications:
Standard Mesh Sizes: 1.5×1.5, 2.0×2.0, 2.5×2.5mm
Diverse flat sheets and pressed shapes are available and can be customized to order.
P.S: Our maximum sheet size is: 900×1,050mm
Usage Method:
Cut the filter to the required size and install it into the gating system or directly beneath the pouring gate between the bottom and top moulding boxes of a mould.
Remarks: Ensure the cut silica mesh sizes are 20~30mm larger than the material pouring gate to guarantee optimal performance.
Put position:
Technical Parameters:
-- Suitable for casting at temperatures up to 1,650 ºC
-- Ideal for filtering molten aluminium,Copper,Iron,and small scale Steel.
-- Perfectly engineered for casting temperatures soaring up to 1450 ºC
-- Expertly used for seamless filtration of molten aluminium, Copper,Iron.
Packings :
Discover Future Humanized Materials with the Best Handfeels. Our products are vastly different from regular market offerings, providing non-allergic solutions that are gentle to the skin.
We're vigorously promoting a groundbreaking series of Smokeless Carbonized silica mesh.
Additionally, we offer Nano Ceramic treated Silica mesh products for enhanced performance...
Filtering with Silica Mesh Casting Filter is a highly effective method for eliminating inclusions and slag from various metals like steel, copper-based metal alloys, aluminium , gray, malleable, white, compacted graphite, and ductile cast iron. These filters can withstand the intense pouring temperatures up to 1650C.deg (3000F). The specially designed filter shapes work to trap inclusions and reduce turbulence throughout the casting process. As molten metal contacts the filter, the surface fibers develop a sticky fayalite layer, enabling the mesh to efficiently remove micron-sized inclusions from start to finish.
Silica Mesh Filtration offers a cost-effective solution for extracting dross, slag, refractory particles, and nonmetallic inclusions, thereby reducing casting waste by a remarkable 50~60%.
Features:
In the realm of metal filtration, Silica Mesh Filters provide unique advantages over ceramic foam and cellular filters, including:
*Optimal results with Hot Topping - easily removable post-pour, ensuring no metal flow restrictions during Hot Topping's exothermic action.
*No need for custom pour cones - ceramic foam or cellular filters often require custom cones with a ledge for filter placement.
*Compatible with any standard pour cone without modification.
*No pre-heating necessary - unlike ceramic foam or cellular filters, silica mesh filters can be positioned in the pouring cone right before the pour.
Specifications:
Standard Mesh Sizes: 1.5×1.5, 2.0×2.0, 2.5×2.5mm
Diverse flat sheets and pressed shapes are available and can be customized to order.
P.S: Our maximum sheet size is: 900×1,050mm
Usage Method:
Cut the filter to the required size and install it into the gating system or directly beneath the pouring gate between the bottom and top moulding boxes of a mould.
Remarks: Ensure the cut silica mesh sizes are 20~30mm larger than the material pouring gate to guarantee optimal performance.
Put position:
Technical Parameters:
| Silica Mesh Casting Filter -Mock-Leno | ||||
| Mesh Size(mm) | Density (Ends/Inch) | Porosity (%) | SiO2 Content (%) | |
| Warp | Weft | |||
| 1.5×1.5 | 9.0±1 | 8.8±1 | 19 | ≥96 |
| 2.0×2.0 | 8.5±1 | 8.0±1 | 24 | |
| 2.5×2.5 | 7.6±1 | 7.1±1 | 33 | |
-- Ideal for filtering molten aluminium,Copper,Iron,and small scale Steel.
| Silica Mesh Casting Filter -Leno | ||||
| Mesh Size(mm) | Density (Ends/Inch) | Porosity (%) | SiO2 Content (%) | |
| Warp | Weft | |||
| 1.5×1.5 | 4.4±0.5 | 4.2±0.5 | 55 | ≥96 |
| 2.0×2.0 | 3.7±0.5 | 3.7±0.5 | 65 | |
| 2.5×2.5 | 3.2±0.5 | 3.2±0.5 | 70 | |
-- Expertly used for seamless filtration of molten aluminium, Copper,Iron.
Packings :
