Is the filter suitable for scrap recycling?

Yes, the fiberglass mesh floats on top of the molten metal during recycling, making it easy to scoop out and greatly reducing costs.

What certifications does the manufacturer hold?

The manufacturer holds ISO 9001 certification and employs Total Quality Management (TQM) with third-party analysis and checks.

What are the lead times for production?

During peak season, the lead time is one month, while during the off-season, it is within 15 workdays.

Glass Fiber Aluminum Liquid Filtration Purification Net Is Suitable for Precision Casting Industry

Name: Glass Fiber Aluminum Liquid Filtration Purification Net Is Suitable for Precision Casting Industry
Brand: BAODING NINGXIN GROUP CO., LTD.
SKU: 2057902245

Hebei, ChinaBAODING NINGXIN GROUP CO., LTD.

US$0.10

1,000-9,999 Pieces

US$0.093

10,000-99,999 Pieces

US$0.08

100,000+ Pieces

Sample price:US$0.10/piece.Request sample

Product profile

Customization

Available

Certification

ISO

Application

Liquid Metal Filtration

Model NO.

NINGXIN-EFG 82

Weave Type

Leno

Fiberglass Type

E-Glass

Alkali Content

Alkali Free

Working Temperature

700 to 800 Degree C

Filter Fabric Yarn Type

E-Glass

Coating

Phenolic Resin

Sio2 Content

58%

Transport Package

Carton and Plywood Pallet

Specification

Custom shapes and dimensions

Trademark

NINGXIN

Origin

Hebei, China

HS Code

701990

Production Capacity

10000000PCS/Month

Key features

High Temperature Resistance: Withstands working temperatures from 700 to 800 degrees Celsius with a soft point of 900 degrees Celsius.

Alkali Free E-Glass Material: Constructed from alkali-free E-glass yarn with 58% SiO2 content for superior chemical stability.

Customizable Coating Options: Available in uncoated white, resin-coated brown, or smokeless carbonized black finishes.

Reduced Casting Rejection Rate: Effectively removes oxides and inclusions to improve mechanical properties and surface finish.

Cost-Effective Scrap Recycling: Fiberglass mesh floats on molten metal, allowing easy scooping out for efficient scrap recycling.

ISO 9001 Certified Quality: Manufactured under strict ISO 9001 management systems ensuring consistent high-quality standards.

Versatile Weave Patterns: Features Leno weave pattern with mesh sizes ranging from 0.8x0.8mm to 2.5x2.5mm.

Extensive Application Scope: Suitable for primary smelting, sand casting, gravity casting, and low-pressure die casting.

Company profile

BAODING NINGXIN GROUP CO., LTD.

Hebei, China

Business Type: Manufacturer/FactoryExport Year: 2010-10-15Nearest Port: TIANJINAverage Response Time: ≤0.23hTerms of Payment: LC, T/T, D/P, etc.International Commercial Terms(Incoterms): FOB, EXW, CFR, CIF, FAS, CIP, CPT, FCA

AI-Powered supplier vetting

SummaryBaoding Ningxin Group Co., Ltd. is identified as a China-based manufacturer/factory producing molten-metal filtration products for the foundry industry. Evidence indicates substantial production capacity, with more than 10 production lines and stated outputs for ceramic foam filters and fiberglass mesh filters. The supplier holds ISO 9001 and ISO 14001 certifications, reports 11–20 years of R&D-engineer experience in aggregate, and has 6–10 quality-control staff. It began exporting in 2010, has self-operated import/export rights, and serves markets across multiple global regions. The supplier explicitly offers customized filtration solutions, including filter design and sampling. However, the provided information does not establish specific after-sales procedures, verified customer cases, or sufficient evidence for a financial-credibility assessment. Monetary figures are omitted.

Supplier typeThe supplier is explicitly identified as a Manufacturer/Factory and as a manufacturing company operating in Baoding, Hebei, China. Its stated business is the manufacture and development of molten-metal filters for the foundry industry, indicating direct production involvement rather than a trading-only role.

CertificationsThe supplier explicitly reports holding ISO 9001 and ISO 14001 management-system certifications. These certifications provide stated evidence of quality-management and environmental-management systems, although no certificate numbers, validity dates, or scope are provided.

R&D capabilityThe supplier describes its personnel as experienced and innovative, reports 11–20 years of total R&D-engineer experience, and states that it provides filter design and customized filtration solutions. These details explicitly support product-development capability, although no patents, new-product records, or quantified R&D investment are provided.

Production capacityThe supplier manufactures a broad range of ceramic, fiberglass, alumina, zirconia, silicon-carbide, extruded, and molten-metal filters. It reports more than 10 production lines and stated annual outputs of 50,000,000 ceramic foam filter pieces and 2,400,000 square meters of fiberglass mesh filter, indicating substantial production capacity.

Customization capabilityThe supplier explicitly states that it provides customized filtration solutions, including filter design and sampling. This is direct evidence of customization support, though the slices do not specify available customization limits, engineering standards, or sample-development lead times.

Product Q&A

Q:What are the available coating options for the filter?

The filters are available in three types: uncoated (white color), resin coated (yellow or dark brown color), and smokeless carbonized treatment (black color).

Q:What is the maximum working temperature?

The filter can withstand working temperatures between 700 and 800 degrees Celsius, with a soft point of 900 degrees Celsius.

Q:Can the filter dimensions be customized?

Yes, the length per roll can be customized from 50 to 300 meters or as per request, and the mesh size ranges from 0.8x0.8mm to 2.5x2.5mm.

Q:What is the material composition of the filter?

The filter is made of alkali-free E-glass yarn with a SiO2 content of 58% and a density weight of 150-350g/m2.

Q:How does this filter improve the casting process?

It brings down the casting rejection rate by removing slag inclusions, reduces turbulence, and improves molten metal distribution and flow.