ARMOUR TAK-MAT PAD
Armour Tak-Mat Pad helps keep floors clean and protected by capturing dust, dirt, and debris from footwear before it enters sensitive areas, making it ideal for dust control in critical or finishing-stage environments.
- Made with sticky polyethylene film
- Includes 30 sticky sheets per pad to trap dust, dirt, and debris from footwear
- Simple peel-away design quickly reveals a fresh, clean sheet for continued use
- Ideal for healthcare facilities, hospitals, or job sites in finishing stages where cleanliness is critical
- Commonly used to remove dirt in entryways, protecting from minor construction damage like scuffs, scratches, or dust in low-traffic or short-term projects
| Size: 24in x 36in |
Try Before You Buy
Still not sure if Armour Tak-Mat Pad is the right fit for your project? Why not request a free sample delivered directly to your site and see the difference for yourself. Just click below and let us know you’d specifically like to try Armour Tak-Mat Pad — a tacky dust control mat built to capture dirt and debris before it spreads.
Project Case Studies
Frequently Asked Questions
Armour Tak-Mat Pad is a disposable adhesive entry mat designed to capture dirt, dust, and debris from footwear before it enters finished areas, helping maintain cleaner jobsites, reduce cleanup requirements, and protect completed surfaces throughout construction and renovation projects.
Each adhesive layer removes dirt, dust, and debris from footwear as workers and visitors walk across the mat. This helps reduce the amount of contaminants tracked into finished spaces and sensitive work areas.
Armour Tak-Mat Pad is frequently placed at building entrances, clean rooms, healthcare projects, finished corridors, model suites, and transitions between active construction zones and completed areas where cleanliness is a priority.
By stopping dirt and dust at the entry point, Armour Tak-Mat Pad helps reduce cleaning costs, protect finished surfaces, and maintain a cleaner, more professional environment throughout the construction process.