Name: Heat-Resistant Polypropylene Geotextile with 120℃ Heat Resistance, Excellent Puncture Resistance, and High Water Permeability for Mine Smelting Areas
Brand: Changsha Jian-Yi New Material Co., Ltd.
SKU: Largura de 2 a 6 m e comprimento de rolamento de 50 a 100 m
Price: 0.11 USD
Availability: InStock

Características Galeria Descrição de produto Peça umas citações

Características

Especificações

Resistência UV: Sim

Resistência Química: Bom

Permeabilidade à água: Alto

Cor: Branco

Resistência à punção: Excelente

Aplicativo: Construção rodoviária, drenagem, filtragem

Largura: 1m~6m

Peso: 100-800 g/m2

Comprimento: 50 m~100 m

Resistência à ruptura: 0.08~0.6KN

Destacar:

120℃ Heat Resistance Geotextile

Excellent Puncture Resistance Geotextile

High Water Permeability Geotextile

Informação básica

Lugar de origem: China

Marca: JianYi

Certificação: ISO 9001 CE

Número do modelo: Largura de 2 a 6 m e comprimento de rolamento de 50 a 100 m

Condições de Pagamento e Envio

Tempo de entrega: 7 a 15 dias

Termos de pagamento: T/T,L/C

Habilidade da fonte: 500T/mês

Galeria

Heat-Resistant Polypropylene Geotextile with 120℃ Heat Resistance, Excellent Puncture Resistance, and High Water Permeability for Mine Smelting Areas

Descrição de produto

Heat-Resistant Polypropylene Geotextile for Mine Smelting Areas

Product Introduction

This specialized high-temperature resistant geotextile is engineered specifically for mine smelting applications. Manufactured from modified polypropylene fibers enhanced with heat-resistant additives including glass fiber reinforcement and flame-retardant agents, the material is produced through advanced needle-punching technology.

The product delivers exceptional high-temperature performance, withstanding temperatures up to 120℃—significantly higher than standard polypropylene geotextiles (rated ≤90℃). Its dense structure and robust mechanical strength ensure consistent performance under prolonged high-temperature exposure. Available in weights ranging from 150g/m² to 600g/m², with custom sizing options for specific smelting area requirements.

Key Features & Benefits

High-Temperature Resistance: Maintains structural integrity and mechanical properties (tensile strength, tear resistance) under prolonged exposure to high temperatures near smelting furnaces and waste disposal sites, without melting or decomposition
Filtration & Drainage: Effectively filters impurities from high-temperature wastewater and leachate in smelting areas, facilitating rapid water drainage to minimize waterlogging and corrosion risks
Chemical Corrosion Resistance: Withstands erosion from acidic, alkaline, and heavy metal-containing smelting by-products without degradation
Protective Performance: Shields underlying soil and equipment from high-temperature radiation and chemical contamination

Application Scenarios

Primarily deployed in mine smelting operations including:

Filtration and drainage layers near smelting furnaces for high-temperature wastewater collection and treatment
Protective layers for high-temperature waste disposal sites to prevent heat radiation and soil contamination
Filtration layers in smelting wastewater treatment systems for high-temperature, high-corrosion wastewater
Protective linings for high-temperature gas pipelines within smelting workshops
Suitable for various smelting processes including copper, aluminum, and iron smelting operations
High-temperature applications in coal-fired power plants within mining areas, such as coal ash water filtration layers

Technical Specifications

Parameter	Specification
Temperature Resistance	Up to 120℃
Weight Range	100g/m² to 800g/m²
Material Composition	Modified polypropylene with heat-resistant additives
Manufacturing Process	Needle-punching technology

Installation & Usage Guidelines

Safety First: Avoid installation during peak temperature periods when smelting furnaces are fully operational to prevent burns and ensure installer safety.

Surface Preparation: Ensure base surface is level and free of sharp objects that could puncture the geotextile.

Installation Method: Lay geotextile closely against the surface with 15-20cm overlaps between adjacent sections. Secure overlaps using heat-resistant stitching or anchor pins.

Operational Limits: Prevent direct contact with open flames or objects exceeding 120℃ to avoid material damage.

Maintenance & Inspection: Regularly inspect for high-temperature aging indicators including discoloration, brittleness, and shrinkage. Promptly replace damaged sections. If contact occurs with high-temperature molten substances, immediately remove and replace affected areas to maintain filtration and protection effectiveness.

etiqueta:

Pessoa de Contato :	Ms. Zhang
Telefone :	86-13332517898

Heat-Resistant Polypropylene Geotextile with 120℃ Heat Resistance, Excellent Puncture Resistance, and High Water Permeability for Mine Smelting Areas

120℃ Heat Resistance Geotextile

Excellent Puncture Resistance Geotextile

High Water Permeability Geotextile

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