KKR Stone acrylic solid surface sheets in different shape for bar table
The necessary tests for KKR Stone acrylic solid surface sheets have been conducted. It has been tested with regard to formaldehyde content, lead content, structural stability, static loading, colors, and texture.
KKR Stone's solid surface countertops can be widely used in various fields.KKR Stone is dedicated to providing professional, efficient and economical solutions for customers, so as to meet their needs to the greatest extent.
Company Advantages 1. The necessary tests for KKR Stone acrylic solid surface sheets have been conducted. It has been tested with regard to formaldehyde content, lead content, structural stability, static loading, colors, and texture. 2. The product is excellent in heat dissipation. Usually constructed from copper or aluminum which has a very high thermal conductivity, the product also features a high rate of heat transfer.
3. The use of this product can deepen the operator's understanding of machine operation and promote the accumulation of technical knowledge, which is an important role in machine operation.
Company Features 1. With years of focus on the design, manufacture, distribution of pure acrylic solid surface sheet , Huizhou KKR Stone Industry Co., Ltd. has been receiving many recognitions around the world. 2. Our factory is strategically located. It gives us access to a wide variety of technology and support talents that help us in our mission to provide excellent manufacturing services. We have been rated as the provincial trustworthy enterprise, and therefore received praises and rewards from the government. This serves as a strong driving force for our development. 3. In addition to product requirements, we also strive to build a global logistics and support network to continuously provide the additional services our customers need to make their projects successful. Get an offer! We are committed to creating a future that is green and clean for the next generations. We will restructure the production model to a more energy-efficient and not polluted one.