Tanks & Fluid Storage
Drums, IBC totes, jerry cans, funnels and dispensing.
Also searched as: ibc totedrumjerry canfluid dispenserstorage tank
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Industrial Grade Fluid Extractor Syringe - Oil Pump Dispenser
Capacity: 300ML
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Jerry Can Fuel Tank
Capacity: 20 L
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Jerry Can Gaskets
Compatibility: 5/10/20 L Automobile Oil Drum
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Jerry Can Pouring Spout
Compatibility: 5/10/20L Jerry Cans
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Liquid Alcohol Bottle Press Pump Dispenser
Capacity: 120/180ml
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Plastic Liquid Alcohol Bottle Press Pump Dispenser
Capacity: 180ml
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Pneumatic Fluid Dispenser
Capacity: 20L/10L
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Pneumatic Oil Filling Pump with ATF Adaptors
Adaptors: 13 pcsCapacity: 6L/10L
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Pressure Tank Dispenser
Capacity: 3L
About tanks & fluid storage
Tanks and fluid storage solutions encompass a range of containers designed for the containment, transport, and dispensing of liquids. This category includes industrial drums (typically 55-gallon capacity, available in open-head or tight-head configurations), Intermediate Bulk Containers (IBC totes, commonly 275 or 330 gallons, often UN-rated for hazardous materials), jerry cans (smaller, portable fuel or water containers), and various funnels and dispensing equipment. Key selection criteria involve volume capacity, material compatibility with the fluid being stored (e.g., HDPE for corrosives, stainless steel for food-grade applications, carbon steel for petroleum products), and regulatory compliance (e.g., UN 31HA1/Y for IBCs, DOT specifications for drums). Dimensions such as height, diameter, and footprint are critical for integration into existing infrastructure or for transport. Features like bung types (e.g., 2" NPT, 3/4" NPT), venting mechanisms, and discharge valve types (e.g., ball valve, butterfly valve) are important for operational efficiency and safety. Surface finishes, such as painted, galvanized, or electropolished, are specified based on environmental exposure and cleanliness requirements.
How to choose
When selecting tanks and fluid storage, first determine the fluid type and required volume. This dictates material compatibility (e.g., HDPE, stainless, carbon steel) and the primary container type (drum, IBC, jerry can). Next, assess regulatory requirements; UN ratings are critical for hazardous materials, influencing container construction and labeling. Third, consider the operational context: will it be stationary storage, transport, or require frequent dispensing? This impacts features like portability, discharge valve type, and venting. Finally, evaluate space constraints and handling methods (e.g., forklift access for IBCs, drum dollies) to ensure the chosen solution integrates seamlessly into the workflow.