Improving the formula of refractory matter liquid resin is one of the key ways to improve its performance, especially in the face of extreme high temperature environments and application scenarios with strict requirements for durability and stability.
As one of the common refractory materials, phenolic resin powder exhibits unique physical and chemical properties under high temperature conditions, so it is crucial to comprehensively evaluate its high temperature performance.
In terms of processing accuracy, abrasive resin block performs well.
Modification of raw materials of abrasive resin block is one of the key ways.
The hardness and strength of resin abrasive are the core indicators to measure its performance, which directly affect the processing efficiency and product quality.
The optimization of thermal shock resistance of refractory matter resin powder needs to start with the coordinated design of material microstructure and macro properties.