LB900C-10 2.0 mil Liner Bags for URS500 10/Pk - Uni-Ram Corp.

Maintain peak efficiency and cleanliness in your solvent recycling operations with Uni-Ram LB900C-10 2.0 mil Liner Bags. Specifically designed for a precise fit within the Uni-Ram URS500 Solvent Recycler, these robust bags streamline the containment and disposal of distillation residue. They offer a practical solution for professional automotive and industrial environments, ensuring effective waste management and prolonging the life of your recycling unit.

Key Features

• Optimized Fit: Custom-engineered for seamless integration with the Uni-Ram URS500 Solvent Recycler, ensuring secure containment of waste residue.
• Enhanced Durability: Constructed from heavy-duty 2.0 mil thick plastic, offering superior resistance to tears and punctures from industrial chemical residues.
• Effortless Disposal: Facilitates quick and clean removal of distillation residue, significantly reducing maintenance time for technicians and mechanics.
• Professional-Grade Construction: Built to withstand the rigorous demands of daily solvent recycling in professional automotive and industrial settings.
• Economical 10-Pack: Supplied in a convenient pack of 10, ensuring ongoing operational efficiency and minimal downtime.
• Environmentally Minded: Made from recyclable material to support responsible hazardous waste management practices.

Applications

The Uni-Ram LB900C-10 Liner Bags are an essential component for any professional setting utilizing the Uni-Ram URS500 Solvent Recycler, including:

• Automotive Body Shops: Ideal for the disposal of residues from paint gun cleaning solvents, paint thinners, and other paint-related waste.
• Industrial Paint Facilities: Manages byproducts from various industrial coating applications, ensuring compliant waste handling.
• Manufacturing Operations: Handles residues generated from parts cleaning processes using solvents like acetone and other industrial chemicals.
• Professional Workshops: Supports efficient and compliant solvent reclamation in any environment focused on hazardous waste reduction.