Why Oil Storage and Handling Matter for Machine Health
Machine downtime can be expensive. Repair costs are not limited to replacement parts; they can also include lost production time and delayed orders.
One cause of machine problems that is sometimes overlooked is poor lubrication caused by contaminated oil before it reaches the machine.
The iCan Fluid Transfer System is designed to help keep oil cleaner during storage and handling. Its HDPE (High-Density Polyethylene) construction provides chemical resistance, practical handling, and durability for industrial use.
Machine Repair Costs That May Be Prevented
Poor or contaminated lubrication can contribute to problems such as:
- premature wear of bearings, gears, seals, and other components;
- production downtime while damaged equipment is repaired;
- higher energy use when friction increases inside machinery.
Keeping oil clean and correctly identified before use can help reduce some of these risks.
How HDPE Containers Help Protect Oil
Helps Reduce Particle and Moisture Contamination
Dust, water, and metal particles can affect oil cleanliness and accelerate component wear. A properly closed HDPE container can help protect stored oil from external contamination during normal storage and handling.
Good Chemical Resistance
HDPE is widely used for chemical-resistant containers. This makes it suitable for many oil-handling applications where the container material needs to remain stable during storage.
Protection During Storage and Transport
HDPE containers are lightweight and impact resistant, making them practical for workshops, industrial sites, and transport between work areas.
HDPE Compared with Other Packaging Materials
A. HDPE vs PET
- PET is clear and lightweight and is widely used for beverage packaging.
- HDPE generally provides better impact resistance and chemical resistance for many industrial oil-handling applications.
B. HDPE vs PVC
- PVC can provide good mechanical strength but may not be suitable for every chemical or temperature condition.
- HDPE is widely used because of its chemical resistance, durability, and recyclability.
C. HDPE vs Metal
- Metal containers such as steel or aluminium offer high physical strength, but damaged protective coatings can allow corrosion to develop.
- HDPE does not rust, is lighter than metal, and does not require a corrosion-protection coating.
Tips for Getting the Best Results from Oil Containers
1. Store Containers Correctly
Keep oil containers in a clean, dry area away from unnecessary exposure to direct sunlight and extreme conditions.
iCan oil containers include a UV stabiliser and anti-static features to support safer and more practical industrial storage and handling.
2. Close the Container After Use
Close the container immediately after dispensing oil to reduce the chance of dust, water, or other particles entering.
iCan lids include a port plug so certain filling operations can be completed without removing the entire main lid. This design can help keep the container closed more effectively during routine handling.
3. Use a First-In, First-Out System
Use older stock before newer stock where appropriate. This helps avoid unnecessary long-term storage.
iCan iBand and iTag colour-identification accessories can make it easier to identify different oils and reduce the risk of using the wrong fluid.
4. Use an Ergonomic Container
iCan containers use ergonomic handles designed to make carrying and pouring easier for technicians during routine maintenance.
Conclusion
Good machine maintenance starts with correct lubrication, and correct lubrication depends partly on keeping oil clean and properly handled before it reaches the machine.
A durable HDPE oil container is a relatively simple tool that can support cleaner oil handling, better organisation, and more efficient maintenance. The iCan Fluid Transfer System combines HDPE construction, colour identification, and practical handling features to help industrial teams protect oil quality and reduce avoidable maintenance problems.
