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Sanding Solid Surface Countertops

When fabricating solid surface countertops, the final finish can make or break the overall look of the project. Scratches, swirl marks, or inconsistent sheen can quickly take away from an otherwise flawless fabrication job.

The good news? Achieving a consistent finish doesn’t have to be complicated. With the right sanding sequence and tools, fabricators can produce professional results efficiently and consistently.

But is there a quick and easy way to sand solid surface? The short answer is no, like any great finish, it takes time and finesse, but we’ve found this simple sequence Uneeda has tried and tested can save time and still produce a high-quality finish.

Below we’ll walk through a simple 3-step sanding method, along with additional finishing guidance from Direct Supply’s Solid Surface Finishing Guide to help you achieve matte, satin, or gloss finishes.

The Uneeda 3-Step Process for a Matte Finish

One of the fastest ways to achieve a clean matte finish on solid surface countertops is Uneeda’s streamlined 3-step process using EKASILK PLUS sanding sponges.

This simplified approach reduces sanding time while still delivering professional results.

Step 1: First Pass – EKASILK PLUS Fine

Start with the EKASILK PLUS Fine sponge (180–240 finish).

This first pass levels the surface and removes minor imperfections while creating a consistent base for the finishing process.

Step 2: Second Pass – EKASILK PLUS Ultra Fine

Next, switch to EKASILK PLUS Ultra Fine (600–800 finish).

This step refines the scratch pattern and begins to establish the final matte texture.

Step 3: Final Polish – UNEELON White

Finish the process using the UNEELON White polishing disc.

This final step blends the surface and produces a smooth, uniform matte finish across the countertop.

Pro Tip: Always wipe the surface clean between sanding steps to remove loose abrasive particles that can create new scratches.

Bonus: Other Finish options
Maroon Sanding Pad (Scotch-Brite 7447 – Very Fine)

• Light surface refinement – Removes light scratches and sanding marks left from earlier abrasive steps.
• Blends finishes evenly – Helps create a consistent matte finish across the entire solid surface.
• Flexible and conformable – Works well on edges, curves, and seams without gouging the material.
• Controlled abrasion – Cuts enough to refine the surface but won’t aggressively remove material.
• Ideal prep step – Great for preparing the surface before final finishing with a finer pad.

Grey Sanding Pad (Scotch-Brite 7448 – Ultra Fine)

• Final finishing pad – Produces a smooth, uniform matte or satin finish.
• Removes very fine scratches – Refines the surface after the maroon pad for a cleaner appearance.
• Enhances consistency – Helps eliminate swirl marks and uneven sheen.
• Non-woven design – Reduces clogging and allows even abrasion across the surface.
• Perfect for solid surfaces – Ideal for materials like Corian and other acrylic surfaces where a consistent finish is critical.

Understanding the Importance of Grit Progression

Solid surface finishing works best when abrasives move through a consistent grit progression. Each successive grit removes the scratch pattern left by the previous one, gradually refining the surface until the desired sheen is achieved.

Skipping grits can leave visible scratches that require additional sanding time to remove.

Uneeda In-Stock Catalog

Uneeda Sanding Steps

Uneeda Solid Surface Sanding Guide

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Which Edgeband Is Best for Your Project?

Choosing the right edgeband might seem straightforward, but the wrong selection can lead to premature wear, poor adhesion, color mismatch, or unnecessary cost. Whether you’re running high-volume cabinet production or tackling custom, one-off projects, understanding your edgeband options helps ensure durability, efficiency, and a finished look that meets expectations.

This guide breaks down the most important factors to consider when selecting edgeband. So, you can confidently choose the best solution for your application, equipment, and workflow.

Key Questions to Ask Before Choosing Edgeband

Before selecting an edgeband, evaluate how it will be used in your shop and in the final application. Questions to ask: 

• What material am I edging? (MDF, particleboard, plywood, HPL)
• What will best match my surface? (Material or Texture) 
• Is this a consistent production run or a project-based job?
• What equipment am I running? (standard glue, hot-air, laser)
• What thickness do I typically use? (.018, 1mm, 2mm, 3mm)
• Do I need precise color matching across jobs?
• Is durability or cost the higher priority?

Answering these questions upfront helps narrow your options quickly and avoids costly rework.

Edgeband Materials Explained

Different materials perform better in different environments. Here’s a breakdown of the most common edgeband types and where they shine.

PVC Edgeband

PVC is one of the most widely used edgebanding materials.

Best for:

• General cabinetry and casework
• High-volume production
• Cost-conscious applications

Benefits:

• Flexible and durable
• Easy to process
• Available in a wide range of colors and textures

ABS Edgeband

ABS offers excellent durability with a more sustainable profile. ABS is growing in popularity in design communities where sustainability and the lifecycle of materials are important considerations. 

Best for:

• Residential cabinetry
• Furniture and millwork
• High-use environments

Benefits:

• Impact-resistant
• More environmentally friendly than PVC
• Clean machining and finishing

PP (Polypropylene) Edgeband

PP is a lightweight, eco-focused alternative.

Best for:

• Shops prioritizing sustainability
• Lightweight furniture applications

Benefits:

• Chlorine-free
• Flexible and durable
• Growing popularity in eco-conscious markets

Hot-Air & Laser Edgebanding

These methods require edgeband with a functional layer designed to activate with heat instead of glue. A Hot-Air or Laser Edgebander is required to run Hot-Air or Laser Edgeband. 

Best for:

• High-end cabinetry
• Shops focused on seamless joints and premium finishes

Benefits:

• No glue line
• Improved moisture resistance
• Cleaner appearance

Wood Edgeband 

Match Solid Wood or Veneer Surfaces with Real Wood Edgebanding. 

Best for: 

• Wood Doors 
• Architectural Panels 
• Cabinet Components 

Considerations 

• Select a thickness that’s suitable for your project. .5mm, 1mm, 1.5mm or 3mm. 
• Thicker wood edgebanding is available for face frames and other components 

HPL (High Pressure Laminate) Edgeband

HPL offers maximum durability and thickness. 

Best for:

• Traditional Laminate Countertops 
• Residential Worksurfaces 

Benefits:

• Extremely durable
• Edges Match HPL surfaces perfectly  

Choosing the Right Thickness and Width

Thickness plays a major role in both durability and appearance.

Common Thickness Options

• .018 / .5mm – Budget-friendly, low-impact applications
• 1mm – Residential cabinetry and furniture
• 2mm – High-use furniture and commercial spaces
• 3mm – Heavy-duty commercial or institutional projects. 

Rule of thumb: The higher the traffic and wear, the thicker the edgeband should be.

Common Width Options 

Widths typically range from 15/16” to 1-5/16”, with wider options allowing for trimming flexibility and cleaner finishes. 

7/8” is also a common width for real wood edgebanding, and some manufacturers have thicker widths of up to 2-1/8” available for cabinet face frames, etc. 

Rule of Thumb: Select Edgeband slightly wider than your surface and then trim excess after applying. Check out the QuadTrimmer for Trimming Edgeband. 

Know What Edgeband You’re Looking for? Shop Edgebanding. 

Tip: Use filters to help narrow down your options. 

Looking for Edgeband Samples or Assistance Matching? Contact Direct Supply today to get expert guidance, samples, or help dialing in the right edgeband for your next project.

Cabineo 12 Passes KCMA Testing And Then Some 

It’s official: Cabineo 12 connectors have successfully passed rigorous KCMA load testing for kitchen cabinet construction. And not just passed they exceeded expectations in a big way.

This milestone marks a major moment for Lamello USA and for cabinetmakers looking for a connector solution that’s simple, strong, and now industry-certified for U.S. cabinet construction.

The Surprise No One Expected

During testing, something unexpected happened.

The test cabinet was accidentally built without a drawer rail spreader, a component that typically adds significant rigidity to cabinet construction. In most cases, leaving it out would compromise strength.

But even without it, the cabinets constructed entirely from 5/8" material and assembled using Cabineo 12 connectors still exceeded every KCMA test requirement with zero failures.

KCMA Test Results: Exceeded Across the Board

Here’s how Cabineo 12 performed under independent KCMA load testing:

• 600 lb static load on the wall cabinet
• 200 lb base cabinet front joint load
• No cracks
• No separation
• No deformation

In short: the cabinets held strong under extreme stress without the usual reinforcement.

Why use Lamello Cabineo 12? 

KCMA certification is the gold standard for kitchen cabinet construction in the U.S. Passing these tests isn’t just a checkbox; it’s proof of long-term durability, safety, and performance in real-world applications. 

For Cabineo 12, this means:

• ✔ Verified structural strength
• ✔ Independent, third-party validation
• ✔ Confidence for builders, designers, and end users
• ✔ Industry acceptance for U.S. cabinet construction

This is the “green light” many shops have been waiting for an official stamp of approval that confirms Cabineo is not just convenient but also truly built to last.

Transparency matters. You can review the complete KCMA load testing results or download the official PDF report here:

KCMA Load Testing Report – Lamello Cabineo 12 Connectors

Shop Lamello Now!