Used Coolant Drain 26 Gallon - Lincoln Industrial

Specifications

The Lincoln Industrial Model 3627 is a robust 26-gallon coolant drain designed for efficient fluid management. Weighing 76 lbs, this unit offers substantial capacity for collecting used coolants and other automotive fluids. Its dimensions are 42 inches in length, 26 inches in width, and 23 inches in height, providing a compact footprint for shop environments.

Key Features

• 26-Gallon Capacity: Large reservoir minimizes emptying frequency, enhancing productivity during fluid changes.
• Durable Construction: Built by Lincoln Industrial, the unit is engineered for longevity and reliable performance in demanding workshop conditions.
• Mobile Design: Equipped for easy maneuverability, allowing it to be positioned precisely under vehicles or machinery.
• Low Profile (Inferred): The design typically allows access under a variety of vehicle types for comprehensive fluid drainage.

Applications

This used coolant drain is ideal for a range of professional automotive and industrial settings. It serves effectively in garages, repair shops, and maintenance facilities for collecting used engine coolant, waste oil, transmission fluid, and other liquid waste. It is suitable for vehicles of various sizes, facilitating clean and controlled fluid recovery processes.

Benefits

• Efficient Fluid Collection: Streamlines the process of draining and collecting coolants, reducing spills and maintaining a cleaner workspace.
• Cost-Effective Solution: As a used unit, it provides a budget-friendly option for acquiring essential automotive fluid handling equipment without compromising on capacity or quality.
• Improved Shop Safety: Helps prevent slips and falls by containing hazardous fluids, contributing to a safer work environment.
• Environmental Compliance: Supports responsible disposal practices by providing a dedicated container for waste fluids, aiding in environmental protection efforts.
• Enhanced Productivity: Its substantial capacity and mobile design allow technicians to work more efficiently, reducing downtime associated with fluid disposal.