The thermal conductivity performance of Kelinai countertops has the following characteristics: Heat resistance performance: The Keli Nai countertop can withstand containers placed at 180°C for 20 minutes without obvious damage
Analysis of the non-permeability Advantage of Kelinai countertops One of the core advantages of Keli Nai countertops is their non-permeability. Through material properties and process design, they achieve efficient blocking
The weather resistance of Keli Nai countertops is excellent, mainly reflected in the following aspects: Anti-ultraviolet aging: The Kelinai countertop adopts a non-porous and dense structure, preventing ultraviolet rays from
Research on the Color Stability of Corine Countertops 1. Long-term anti-color change ability Kelinai countertops exhibit excellent color stability over long-term use. Its material formula is processed through a special
The density of Kelinai countertops has a significant impact on their performance in multiple aspects. The following is an analysis from the dimensions of stain resistance, durability, high-temperature resistance, aesthetics,
Analysis of Hardness and wear Resistance of Keli Nai countertops Hardness performance Quantitative data support The Mohs hardness of the Klinai countertop is 5-6. significantly higher than that of ordinary
Although there is no unified public value for the impact strength standard of Kelinai countertops, its advantages can be demonstrated through the following test data and characteristics: Impact resistance test
Research on the Antibacterial Principle and Effect of Corine Countertops First, the principle of antibacterial The antibacterial performance of Kelinai countertops mainly stems from the synergistic effect of its material
The testing method for the anti-stain performance of Keli Nai countertops usually includes the following steps and key points: Test steps Select test materials: Prepare samples of Corine countertops and
The seamless splicing process principle of Kelinai countertops mainly relies on the characteristics of its materials and special splicing techniques. The following is a detailed introduction: The material properties lay
