Dish Drying Mat – MicrobiFix®
Antimicrobial Dish Drying Mat Manufacturer
Microbifix® dish drying mats manufactured by Noam Urim are nonwoven dish mats designed with a unique, odor reducing technology for advanced hygiene, high absorption and durable design.
The Technology
Microbifix® dish drying mats use copper-infused fibers to prevent bacteria and odors. Copper ions are known to prevent microbial cell growth, supporting long-term odor reduction and bacterial control.
The copper is integrated inside the fibers, providing long-lasting antimicrobial protection without the need for chemical coatings. This protection stays effective even after repeated machine washing and frequent use.
The dish mats are made with needle-punched nonwoven fabric, where fibers are mechanically entangled. This creates a strong, absorbent, and durable structure.
Together, the copper fibers and needle-punched nonwoven construction provide:
- Prevention of bacteria and odor buildup
- High water absorption
- Durability under repeated wet use
- Breathable fabric for fast drying
- Stable shape and size over time
This design makes Microbifix® dish mats highly absorbent, antimicrobial, and long-lasting, able to hold several times their weight in water while staying clean and functional.
Features
- Needle-punched nonwoven fabric base
- Viscose/polyester blend with copper-enhanced fibers for antimicrobial control
- High water and liquid absorption (over 10× weight)
- Durable, dimensionally stable construction for repeated use
- Machine washable and reusable for extended product life
- Fast-drying, breathable fabric
- Scalable for OEM and private label production
Our Packing Solutions
We provide a range of manufacturing and packaging solutions for dish drying mats, including:
- Bulk and institutional packaging
- Private label and custom brand formats
- Custom sizes, weights, and fiber blends
- Tailored packaging specifications upon request
Benefits
- Efficient moisture management across surfaces
- Supports hygienic drying in food-related and industrial environments
- Reduces odor-causing conditions in damp settings
- Durable alternative to conventional textile dish mats
- Designed for integration into cleaning systems and product portfolios
- Optimized for repeat laundering and long service life
Want to see more of what Noam Urim has to offer?
Explore our full cleaning product manufacturing portfolio, including private label nonwoven cleaning solutions:
Browse our private label cleaning products
MicrobiFix® Brochure FAQ
The dish drying mat is manufactured from a needle-punched nonwoven fabric constructed from engineered fiber blends, including viscose and copper-enhanced fibers for absorbency and antimicrobial performance.
Microbifix® technology integrates copper-enhanced fibers directly into the fabric during production. Copper ions are known to disrupt microbial activity, reducing microbial buildup and odor without surface coatings or leaching.
Yes, the nonwoven structure and selected fiber blends are designed to withstand repeated use and machine washing, making the dish mats suitable for extended service life in professional settings.
Microbifix® dish mats are engineered for high absorbency, with the nonwoven construction capable of holding more than ten times its own weight in liquid.
Yes, Noam Urim offers full private label production and customization, including size, fiber composition, and packaging tailored to client specifications.
Microbifix® dish drying mats are engineered for both industrial use and retail. It can benefit commercial kitchens, hospitality operations, food service environments, and industrial cleaning systems as well as personal homes.
Needle-punched nonwoven manufacturing entangles fibers mechanically, creating a durable, absorbent fabric that holds up well under repeated use and wash cycles.
Microbifix® dish drying mats are designed for long-term use and reduced environmental impact. The mats combine durable nonwoven fabrics with advanced fiber technology, ensuring high absorbency, antimicrobial performance, and extended lifespan.
