Project Name
Xinjiang Aksu 1000 cubic meters per day self-insulated block production line construction project

Project Time
2022

Project Background
Xinjiang Aksu region actively responds to the national building energy-saving policy, new residential buildings to implement 75% energy-saving standards, public buildings to implement 65% energy-saving standards, and vigorously promote the integration of thermal insulation technology in building structures. The market demand for new energy-saving building materials such as self-insulating blocks is urgent, providing a broad development space for this project.

Customer demand
The customer needs to build a large-scale, automated, energy-saving and environmentally friendly self-insulating block production line, with a daily output of 1,000 cubic meters. The product must have excellent thermal insulation properties and high compressive strength, meet the national energy-saving standards, and be able to meet the continuously growing market demand in Aksu and the surrounding areas.

Project Overview
The project has a daily output of 1,000 cubic meters of self-insulation block production line, which is one of the larger self-insulation block production projects in Xinjiang. The production line adopts advanced technology, combined with automated production equipment, to realize the whole process of automated production from raw material processing to finished product palletizing. The project makes full use of local mountain sand resources to produce new building materials products characterized by heat preservation, compression resistance and light weight.

Project Highlights

1. Scale production: the project realizes a daily production capacity of 1,000 cubic meters, which is one of the larger self-insulation block production projects in Xinjiang.

2. Advanced technology: adopting advanced production process and automated equipment, improving the thermal insulation performance and compressive strength of the product.

3. Resource utilization: make full use of local sand resources to realize effective utilization of resources.

4. Energy saving and environmental protection: the product meets the national building energy-saving requirements and has excellent thermal insulation performance and energy-saving effect.

5. Market demand: the products are in short supply in the local area, in addition to meeting the demand in Aksu area, they are also exported to neighboring areas.

Cooperation process
As a project contractor, our company provides a complete production line solution based on customer demand and local resource conditions. Through the introduction of advanced production technology and equipment, we optimize the layout and process control of the production line, and complete the integration, commissioning and trial operation of the equipment. The project focuses on technological innovation and resource integration, reasonably utilizes local sand and other resources, and realizes efficient, energy-saving and clean production.

Project Effect
The project has successfully realized the design capacity of 1,000 cubic meters of self-insulated blocks per day, and the products have excellent thermal insulation and mechanical properties, which are widely recognized by the market, and have been sold to the neighboring regions in addition to meeting the local demand. The project has brought significant economic benefits to the client and enhanced its market competitiveness, and at the same time, it has promoted the application of building energy-saving technology and the integration of heat preservation structures in the Aksu region, effectively promoted the rational utilization of resources and environmental protection, and has good social and environmental benefits.

Future Prospect
With the improvement of building energy-saving requirements and the growth of market demand, the project will continue to expand the production scale, improve the technical level, expand the market share, and make greater contributions to the economic development and environmental protection of Aksu region.