1-3mm, 3-6mm, 6-9mm
Hi Chipper
3207.4000
Availability: | |
---|---|
Quantity: | |
Transparent glass chips have a unique "light-transmitting - refracting" effect. After grinding and polishing, the surface of the chips presents a crystal clear texture. When light shines on them, they can form soft light spot diffuse reflection, breaking the heavy feeling of traditional terrazzo and injecting a light and dynamic visual tension into the space. By adjusting the particle size and distribution density, a variety of inlaid patterns from point to block can be customized, which contrasts with the matte texture of natural stone aggregates and can adapt to diverse design styles such as modern simplicity, light luxury, and industrial style.
The hardness of glass chips is significantly higher than that of ordinary marble aggregates. When applied in terrazzo, it can enhance the overall surface's wear resistance. Tests have shown that its wear resistance can withstand high-frequency human flow friction for a long time while maintaining a flat surface. Meanwhile, the glass surface is dense and pore-free. After combining with the cement matrix, it can reduce the water absorption rate of the terrazzo surface, decrease the risk of stain penetration, and only requires regular wiping for daily cleaning, resulting in lower maintenance costs.
The glass chips processed from recycled clear glass are adopted to achieve the resource utilization of industrial waste. In terms of material costs, the procurement cost of glass chips is higher than that of marble aggregates of the same specification. Moreover, due to their high hardness and low loss rate, they can indirectly reduce the comprehensive costs of production and later maintenance, providing a cost-effective option for the project.
Whether used as floor material or for wall and countertop decoration, transparent glass chips terrazzo can play its advantages. Its wear resistance and anti-slip property ensure safety. When applied on the facade, it can be combined with lighting design to create a translucent decorative surface, achieving an interactive integration of "materials - light and shadow - space", and expanding the boundaries of decorative design.
Transparent glass chips have a unique "light-transmitting - refracting" effect. After grinding and polishing, the surface of the chips presents a crystal clear texture. When light shines on them, they can form soft light spot diffuse reflection, breaking the heavy feeling of traditional terrazzo and injecting a light and dynamic visual tension into the space. By adjusting the particle size and distribution density, a variety of inlaid patterns from point to block can be customized, which contrasts with the matte texture of natural stone aggregates and can adapt to diverse design styles such as modern simplicity, light luxury, and industrial style.
The hardness of glass chips is significantly higher than that of ordinary marble aggregates. When applied in terrazzo, it can enhance the overall surface's wear resistance. Tests have shown that its wear resistance can withstand high-frequency human flow friction for a long time while maintaining a flat surface. Meanwhile, the glass surface is dense and pore-free. After combining with the cement matrix, it can reduce the water absorption rate of the terrazzo surface, decrease the risk of stain penetration, and only requires regular wiping for daily cleaning, resulting in lower maintenance costs.
The glass chips processed from recycled clear glass are adopted to achieve the resource utilization of industrial waste. In terms of material costs, the procurement cost of glass chips is higher than that of marble aggregates of the same specification. Moreover, due to their high hardness and low loss rate, they can indirectly reduce the comprehensive costs of production and later maintenance, providing a cost-effective option for the project.
Whether used as floor material or for wall and countertop decoration, transparent glass chips terrazzo can play its advantages. Its wear resistance and anti-slip property ensure safety. When applied on the facade, it can be combined with lighting design to create a translucent decorative surface, achieving an interactive integration of "materials - light and shadow - space", and expanding the boundaries of decorative design.