53M058 - Walter 20L Pail Spigot Tap

Efficient Fluid Management with the Walter 20L Pail Adaptor

In industrial environments, the safe and efficient handling of chemical fluids is paramount to maintaining a productive workflow. The Walter 20L Pail Adaptor (SKU: 53M058) is an essential accessory designed to transform standard 20-liter pails into convenient, gravity-fed dispensing stations. Engineered by Walter Surface Technologies, this adaptor addresses the common challenges associated with bulk chemical storage, specifically the risks and inefficiencies of pouring liquids directly from heavy containers.

Constructed from high-quality, chemical-resistant plastics, this spigot is built to withstand the aggressive nature of industrial cleaners, degreasers, and lubricants. Its robust design ensures longevity, allowing it to be reused across multiple pails over its service life. The threaded connection is precision-molded to fit standard 20L pail bungs securely, creating a leak-proof seal that prevents costly waste and hazardous drips. By utilizing this adaptor, facilities can maintain cleaner floors and reduce the slip hazards often associated with chemical transfer.

The primary advantage of the 53M058 Adaptor is the ergonomic benefit it provides to the workforce. Manually lifting and tipping a full 20L pail, which can weigh upwards of 20 kilograms, poses a significant risk of back injury and strain. This adaptor eliminates that requirement entirely. Once installed, the pail can be placed on a shelf or cradle horizontally, allowing users to dispense exactly the amount of fluid needed into spray bottles or smaller containers with a simple turn of the valve. This level of control not only improves safety but also enhances inventory management by minimizing over-pouring.

Whether used with Walter's OMNI line of cleaners or other compatible bulk fluids, this simple yet effective tool is a must-have for maintenance departments, workshops, and manufacturing plants. It represents a small investment that yields high returns in terms of safety, cleanliness, and operational efficiency.