DENSE FOAM RISER PAD 4IN (100MM)
Diamond Productions
$8.54
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Diamond Productions
DENSE FOAM RISER PAD 4IN (100MM)
Introducing the DENSE FOAM RISER PAD 4IN (100MM) – your go-to solution for achieving precision and stability in tile and stone fabrication. With its durable design and industrial-strength hook & loop attachment, this riser pad is perfect for heavy-duty use, ensuring reliable performance on the job.
Measuring 4 inches in diameter and 5/16 inches thick, this dense foam pad is engineered to provide excellent cushioning and support, enhancing your fabrication process. Whether you’re working with tiles, stone slabs, or countertops, you can trust this versatile riser pad to meet your needs.
Key Features
- Diameter: 4 inches (100mm) for versatile applications
- Industrial strength male and female hook & loop for secure attachment
- Thickness of 5/16 inches for optimal cushioning and support
- Lightweight design at only 0.06 lbs for easy handling
- Durable foam construction for long-lasting use in industrial settings
Who Is This For?
This riser pad is ideal for tile and stone fabricators, countertop installers, and stone masons who require precision and stability in their work. Perfect for industrial fabrication shops, it ensures a smooth and efficient installation process, making it an essential tool for professionals in the industry.
Frequently Asked Questions
What materials can I use with this riser pad?
The DENSE FOAM RISER PAD is suitable for use with tiles, stone slabs, and various countertop materials.
How do I attach the riser pad?
Simply use the industrial-strength hook & loop attachment to securely fasten the pad to your equipment.
Is the foam pad durable?
Yes, the dense foam construction is designed for long-lasting durability in demanding industrial environments.
What is the weight of the riser pad?
The DENSE FOAM RISER PAD weighs only 0.06 lbs, making it lightweight and easy to handle.
Can this pad be used for outdoor applications?
This riser pad is best suited for indoor use, where it can maintain its performance without exposure to harsh outdoor elements.
