Vacuum Filter Bags – 5 Pack

Ensure your vacuum operates at peak performance with these high-quality 3-ply filter bags, designed for commercial and industrial cleaning environments. Each pack contains five robust filter bags, offering reliable dust and debris containment for heavy-duty applications.

Key Features

• 3-Ply Construction: Enhanced strength and durability to resist tearing, minimizing the risk of spills and mess during bag changes.
• Easy to Install: Simple bag replacement process for uninterrupted cleaning efficiency.
• Maximum Dust Retention: Multi-layered material effectively traps fine dust and debris, improving air quality and vacuum longevity.
• Mess-Free Disposal: Designed for hassle-free removal, keeping your environment clean.
• Commercial & Industrial Use: Compatible with a range of high-capacity wet and dry vacuum cleaners.

Dimensions & Specifications

Compatibility

These filter bags are suitable for select commercial wet and dry vacuum models, including those with similar specifications to NT 48/1, NT 65/2 Eco, NT 65/2 Me, and NT 72/2 Eco Tc. Please check your vacuum's bag compatibility before purchase.

Benefits

• Reduces downtime by enabling fast and clean bag changes
• Helps maintain optimal vacuum suction and performance
• Minimizes the risk of dust exposure for healthier environments
• Cost-effective solution with five bags per pack

Technical Specifications

• Quantity: 5 filter bags per pack
• Material: 3-ply tear-resistant fabric
• Application: Commercial & Industrial Wet/Dry Vacuums

Frequently Asked Questions

• Q: Will these filter bags fit my vacuum?
  A: These bags are compatible with select high-capacity wet and dry vacuum models. Please verify your model's bag compatibility before purchase.
• Q: Are the bags suitable for both wet and dry debris?
  A: These filter bags are intended for dry debris collection. Use with wet debris only if specified by your vacuum manufacturer.
• Q: How often should I replace the filter bag?
  A: Replace the bag when it becomes full or if suction performance decreases noticeably.