When it comes to polishing engineered stone surfaces, it is crucial to understand the potential risks involved. While diamond polishing pads are highly effective for various stone materials, including natural stone, using the wrong type of pads on engineered stone can lead to surface damage. In this blog, we will delve into the importance of selecting the right diamond polishing pads specifically designed for engineered stone, ensuring a safe and successful polishing process.
- Avoiding Excessive Heat: Engineered stone is composed of natural quartz crystals mixed with resin binders. Unlike natural stone, engineered stone is more susceptible to heat damage. Traditional diamond polishing pads, designed for harder materials, can generate excessive heat during the polishing process, potentially causing the resin binder to melt or burn the surface.
- Resin Bonded Diamond Pads: To mitigate the risk of heat damage, it is essential to use resin bonded diamond polishing pads specifically formulated for engineered stone. These pads are designed with a softer resin bond that enables them to operate at lower temperatures, reducing the likelihood of damaging the surface. The unique composition ensures effective polishing without compromising the integrity of the engineered stone.
- Grit Levels for Engineered Stone: When selecting diamond polishing pads for engineered stone, consider the appropriate grit levels. Coarser grit pads are typically used for initial grinding and removing scratches, while finer grit pads are employed for achieving a high-gloss finish. It is advisable to start with a lower grit pad to remove any imperfections gradually and work your way up to finer grits. This approach minimizes the risk of applying excessive pressure and helps maintain the surface integrity.
- Using Polishing Compounds: To enhance the polishing process for engineered stone, complement the resin bonded diamond pads with suitable polishing compounds. These compounds are specifically formulated to work in conjunction with the softer diamond pads, aiding in achieving a brilliant shine without overheating the surface. Be sure to follow the manufacturer's instructions for the correct application and usage guidelines.
- Gentle Pressure and Technique: When polishing engineered stone, apply gentle pressure and use a consistent, circular motion. Avoid excessive pressure or speed, as this can generate heat and potentially damage the surface. It is crucial to maintain a controlled and steady technique throughout the entire polishing process.
- Test in an Inconspicuous Area: Before proceeding with the entire surface, it is wise to perform a test in an inconspicuous area using the selected diamond polishing pads. This allows you to observe the impact of the pads on the engineered stone and ensures compatibility. If any issues arise, consult with a stone care professional for guidance on alternative methods or products.
Conclusion: To safeguard your engineered stone surfaces during the polishing process, it is imperative to choose the right diamond polishing pads. Resin bonded diamond pads formulated specifically for engineered stone minimize the risk of heat damage, ensuring a successful and safe polishing experience. By following proper techniques, using appropriate grit levels, and employing compatible polishing compounds, you can achieve a stunning, high-gloss finish without compromising the integrity of your engineered stone.
JDR Diamond Tools Co., Ltd.
Address:Huangtang,Xiake,Jiangyin,Wuxi,Jiangsu,China
Tel:86-510-86531604 Fax:86-510-86533978
