Recycled Construction Waste Boards and Pipes

建筑废料资源化板材及管材

High-performance boards and pipes made from construction waste such as stone powder and stone slag, supporting low-carbon material utilization in infrastructure and public facility projects.

利用石粉、石渣等建筑废料制成的高性能板材和管材，服务于基础设施及公共设施工程中的低碳材料应用。

Supplied by Anhui Zhongyi New Material Technology Co., Ltd.

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Overview

Product overview

Zhongyi develops high-performance boards and pipes using construction waste materials such as stone powder and stone slag. The products support the resource-oriented utilization of construction waste and provide low-carbon material options for infrastructure and public facility projects.

The product system is suitable for engineering applications where material recycling, environmental performance and practical construction use are important. It can be applied across transportation infrastructure, public facilities, utility projects and related civil engineering scenarios.

中益利用石粉、石渣等建筑废料开发高性能板材和管材产品，支持建筑废料资源化利用，并为基础设施和公共设施工程提供低碳材料选择。

该产品体系适用于重视材料循环利用、环保性能和工程实用性的应用场景，可用于交通基础设施、公共设施、公用工程及相关土木工程项目。

Applications

Typical applications

Infrastructure material applications
Public facility construction
Utility engineering projects
Low-carbon building material use
Construction waste recycling projects
Civil engineering material replacement

基础设施材料应用
公共设施建设
公用工程项目
低碳建筑材料应用
建筑废料资源化项目
土木工程材料替代应用

Features

Key product features

Uses construction waste such as stone powder and stone slag
Supports resource-oriented material utilization
High-performance board and pipe product forms
Low-carbon and environmentally friendly material direction
Applicable to infrastructure and public facilities
Supports circular economy in construction materials

利用石粉、石渣等建筑废料
支持材料资源化利用
形成高性能板材和管材产品
符合低碳环保材料方向
适用于基础设施和公共设施
支持建筑材料循环经济应用

Technical Information

Technical parameters

Raw material sources include construction waste such as stone powder and stone slag. Product forms include various high-performance boards and pipes for civil, transportation and public utility infrastructure applications.