Description
The Small Transparent Mixing and Measuring Bucket (5 Quart Multi-Purpose Bucket) – Model G02318 – is the preferred tool for Goldblatt finishing technicians for tasks requiring the mixing of precise and limited quantities. With its compact size and transparent design, this bucket is the ideal choice for mixing paint samples, grout for small areas, or even epoxy adhesives.
Professional Features and Benefits:
-
Translucent Design for Monitoring: Allows you to clearly see material levels and monitor the consistency of the mixture from the sides, ensuring professional mixing free of sediment at the bottom.
-
Extreme Measurement Accuracy: Equipped with prominent and clear measurement marks, eliminating the need for external measuring tools and reducing the likelihood of error in mixing ratios.
-
Compact and Practical Size (5 Quart): A capacity of 4.73 liters makes it ideal for working in tight spaces and easy to move when climbing stairs or working on scaffolding.
-
Flexible and Shatter-Resistant Plastic: Made from high-quality polyethylene that withstands impacts and resists adhesion, making it extremely easy to remove dried materials.
-
Comfortable Wire Handle: A durable metal handle with a design that makes it easy to hang on tool belts or ladders, providing an organized workspace.
Technical Specifications for Model G02318:
-
Model Number: G02318.
-
Capacity: 5 Quarts (approximately 4.73 liters).
-
Material: High-quality transparent plastic.
-
Color: Translucent white.
-
Usage: Mixing grout, paints, adhesives, and accurate liquid measurement.
Why Choose the Small Goldblatt Bucket G02318?
-
Reduce Waste: Instead of mixing large quantities in a wide bucket and wasting them, this size allows you to mix exactly what you need for small areas.
-
Easy to Clean: Due to its small size and smooth interior surface, it can be cleaned in seconds and ready for the next mix.
Technical Tip: This bucket is the "perfect companion" when using Bison two-component materials; its small size and transparency ensure precise mixing ratios for maximum adhesion strength.
