Relying on thermal performance simulation and acoustic testing platforms, and in conjunction with building codes and customer requirements, we customize core parameters such as centrifugal glass wool density gradient and fiber diameter to achieve dual optimization of thermal insulation and sound insulation performance and project compatibility.

Ensures the product's fundamental performance through the use of environmentally friendly raw materials such as high-purity quartz sand. High-purity quartz sand is used as the base material, combined with auxiliary raw materials such as borax and recycled cullet. Pre-processed through magnetic separation and particle size screening, the raw material purity is guaranteed to be ≥99%, ensuring the product's environmental friendliness and fundamental performance from the source.

Utilizing a fully automated production line imported from Italy, the raw materials are homogenized in a 1400°C high-temperature melting furnace. A centrifugal fiberizer forms a three-dimensional fiber network, and a temperature-controlled curing furnace achieves fiber crosslinking. The entire process is 95% automated.

A high-temperature shaping furnace performs a secondary heat treatment to enhance fiber elasticity. A hydrophobic spraying achieves a water absorption rate of ≤5%. Fire-retardant additives ensure the product meets Class A non-flammability standards, while also imparting breathability, environmental friendliness, and ease of application.

We conduct full-process quality inspections in accordance with the ISO 9001 system, including density testing with a density deviation of ≤±3%, thermal conductivity testing with a λ value of ≤0.032 W/(m·K), and oxygen index testing with a combustion furnace to ≥32%, ensuring that each batch of product consistently meets performance standards.

We utilize dual packaging with PE moisture-proof film and corrugated cardboard, built-in humidity indicator cards for real-time monitoring, and GPS tracking for visual transportation tracking. Temperature-controlled trucks ensure a temperature difference of ≤10°C in hot summer regions, ensuring safe product delivery.