Product Description
SALES (804) 318-3686
STAINLESS STEEL TOGGLE DRUM 200 LITER
Multi purpose open top drums
Materials of Construction:
Body: 316 stainless steel
Lid: 316 stainless steel
Toggles: 304 stainless steel
Handles: 304 stainless steel
Gasket: Silicone (FDA 177.2600 and USP Class VI compliant)
Nominal Volume: 200 Liters
Brimful Volume: 204 Liters
Method of Construction:
Welds: ground and polished
Surface Finish: Better than 0.5 microns Ra
Dimensions DIAMETER 570 mm HEIGHT= 800 mm
Graduation Marks: None Handles: 2 side handles welded onto patch plates Number of Toggles: 2
Weight: 21.0Kg (body + gasket + lid)
Enhance your laboratory's efficacy with the 316 SS Toggle Drum, designed specifically for seamless integration into your QAQC processes. With a generous volume of 200 liters, this stainless steel drum combines longevity with optimal functionality for pharmaceutical, agricultural, and industrial applications.
Constructed with precision from 316 stainless steel, this toggle drum ensures compliance with industry standards while providing a hygienic solution for material handling. Its durable design features a polished surface finish, ensuring easy cleaning and maintenance, essential for laboratories aiming for the highest quality assurance protocols.
- Nominal Volume: 200 Liters; Brimful Volume: 204 Liters for maximum capacity.
- Constructed from high-grade 316 stainless steel for exceptional corrosion resistance.
- Toggle and handle components made from 304 stainless steel for reinforced structural integrity.
- FDA-compliant silicone gasket (FDA 177.2600 and USP Class VI) for safe containment of sensitive materials.
- Precision-engineered with a surface finish better than 0.5 microns Ra for cleanliness.
- Dimensions: Diameter 570 mm, Height 800 mm; tailored for efficient handling and storage.
- Weighing only 21.0 Kg (drum, gasket, and lid) for ease of transport and use.
Upgrade your laboratory's sampling capabilities with the 316 SS Toggle Drum, engineered for accuracy, compliance, and practical application in diverse environments.
