MATDG R 30"X150' MEDIUM FINE FIBER ROLL 1/PACK - SEI975
TENSEI975
Prix régulier
$290.15
Preorder today
- Offers maximum absorption and resistance
- Adheres well to floors to provide a secure footing
- All universal pads and rollers for hazardous materials are antistatic and made from up to 90% recycled materials.
- These sorbents have absorption capacities exceeding 25 times their weight
- Premium fine fibers, industrial grade
- The three-layer bonded construction provides a smooth, lint-free finish that leaves no fiber residue.
- Fastest absorption rate and increased durability
- Offers maximum absorption and resistance
- Adheres well to floors to provide a secure footing
- All universal pads and rollers for hazardous materials are antistatic and made from up to 90% recycled materials.
- These sorbents have absorption capacities exceeding 25 times their weight
- Premium fine fibers, industrial grade
- The three-layer bonded construction provides a smooth, lint-free finish that leaves no fiber residue.
- Fastest absorption rate and increased durability
TENSEI975
Prix régulier
$290.15
Preorder today
- Offers maximum absorption and resistance
- Adheres well to floors to provide a secure footing
- All universal pads and rollers for hazardous materials are antistatic and made from up to 90% recycled materials.
- These sorbents have absorption capacities exceeding 25 times their weight
- Premium fine fibers, industrial grade
- The three-layer bonded construction provides a smooth, lint-free finish that leaves no fiber residue.
- Fastest absorption rate and increased durability
- Offers maximum absorption and resistance
- Adheres well to floors to provide a secure footing
- All universal pads and rollers for hazardous materials are antistatic and made from up to 90% recycled materials.
- These sorbents have absorption capacities exceeding 25 times their weight
- Premium fine fibers, industrial grade
- The three-layer bonded construction provides a smooth, lint-free finish that leaves no fiber residue.
- Fastest absorption rate and increased durability