Home
/
Categories
/
Minerals & Metallurgy
/
Fiberglass Products
/
Fiberglass Mesh
/
Fiberglass Mesh Filter for Molten Aluminum Filtration
Fiberglass Mesh Filter for Molten Aluminum Filtration
FOB Price USD 0.01 USD / pcs
MOQ
20000SQM / pcs
Port
TIANJIN
Lead Time
10-25days
China
Main Products : Foundry filter, Refractory cloth filter, ceramic foam filter, silica mesh casting filter
Baqie Industrial Zone,Baoding city,Hebei Province,China Baoding, Hebei
Fiberglass Mesh Filter for Molten Aluminum Filtration Details
Brand Name
NINGXIN
Model Number
NX-EFG
Place of Origin
China
Fiberglass Mesh Filter for Molten Aluminum Filtration Introduce

Fiberglass mesh filter for molten aluminum filtration

NX-EFG Fiberglass mesh filter for molten aluminum filtration are designed and woven for the diffusion and filtration of molten aluminum.The molten aluminum is very easy to be oxidated when touch with air.With the use of NX-EFG,the pure molten aluminum is more easy to get during primary melting, foundry casting and scrap recycling.The main type can be the one without coating or Acrylic coating(white color) or with resin coating(yellow color) and non-smoke treatment(black color).

Main Features:

-No contaminate to the molten aluminum

-Cost effective & easy installation

-Reduce turbulence & improve distribution and flow

-Remove oxides and inclusions.

-Excellent stiffness and toughness,good impact resistance

-Well organized grid to ensure fine filtration

Application:

-As the first filtration for primary smelting

-Sand casting,gravity or low pressure die casting

Specification:

Yarn type:Alkali free E-glass

SiO2 contents:58%

Weave pattern:Leno or plain

Weight:50-400g/m2

Width:Max.2.10m

Length per roll:50/100/150/200/300m or as per request

Mesh size:0.5-2.5mm

Open area:25-65%

Thickness:0.18-35mm

Working temperature:700-850 Degree C

*Different cut pieces sizes and shapes like cap,tubular,funnel etc. are available upon request.

Previous : Winding Yarn Next : Fiberglass Mesh
Copyright 2023-2024 - www.globalbiz8.com All Rights Reserved