What is Acrylic Solid Surface?

Acrylic solid surface is a composite material made primarily from acrylic resin, containing more than 40% acrylic resin with natural minerals such as ATH (Alumina Trihydrate) as filler and added colorants. The material is then synthesized through a high-temperature curing process. It provides a seamless and non-porous surface ideal for kitchen countertops, bathroom vanities, and other interior applications.

Learn more about the advantages of acrylic solid surface on our product page.

How to Choose Acrylic Solid Surface Countertops?

• Non-porous & Stain-resistant: Prevents liquids and bacterial growth.
• Easy to Repair: Scratches or damages can be sanded or repaired easily.
• No Radiation: Safe for residential and commercial use.
• Water-resistant & Warp-proof: Maintains its shape over time.
• Seamless Design: Smooth, cohesive appearance without visible joints.

Other Advantages of Acrylic Solid Surface Countertops

• Heat Resistance: Can withstand high temperatures, suitable for kitchens.
• Wide Range of Colors & Patterns: Fully customizable to match any interior design.
• Eco-friendly: Environmentally responsible with minimal harmful emissions. Learn more at Alumina Trihydrate (ATH) reference.

Maintenance and Care

1. Daily Cleaning: Use a damp cloth or sponge with mild soap.
2. Scratch Removal: Buff out minor scratches using fine sandpaper or acrylic repair kits.
3. Heat Protection: Use trivets or pads for extremely hot items.

For detailed guidance, visit our Maintenance & Care page.

Pricing of Acrylic Solid Surface Countertops

• Standard Countertops: $150–$300 per square meter.
• High-end Custom Countertops: $350–$400 per square meter, depending on design and complexity.

Acrylic solid surface countertops offer an excellent balance of cost, durability, and visual appeal.

Learn More About Acrylic Solid Surfaces

Discover more high-quality KSTONE acrylic solid surfaces and explore options for your residential or commercial projects.

For industry standards and environmental considerations, visit ASTM International.