Destiny’s® FD/FP Series Oil Filtration Systems are high end technology machines popularly used for Ultra-Fine Stage Filtration (fine solid particle removal) of lubricating and hydraulic oils.

Discover our high-quality products designed to meet your specific needs

Our range includes advanced filtration systems, cutting-edge oil cleaning solutions, and reliable maintenance equipment.

Each product is meticulously engineered to deliver superior performance, ensuring optimal efficiency and cost-effectiveness for your operations.

Our Oil Filtration Machine is a multi-purpose fluid cleaning machine that can clean most oils such as hydraulic oil, gear oil and many soluble oils and fluids. More than 85% of hydraulic oil failures are caused by contaminants in the oil.

Meeting Our Hydraulic Systems’ High Oil Purification Standards

CONTAMINATION IN OIL

Contamination in hydraulic oil might seem like a minor issue, but its repercussions can be far-reaching, causing significant damage to machinery and leading to costly repairs. Understanding the sources, types, and effects of contamination is crucial for maintaining optimal performance and longevity of hydraulic systems. In this guide, we delve into the depths of contamination in hydraulic oil, offering insights into its implications and ways to mitigate its adverse effects

The Origins of Contamination:
Hydraulic systems are susceptible to contamination from various sources, including:
– External contaminants such as dirt, dust, and debris infiltrating through breather caps or seals.
– Internal sources like wear particles generated from components such as pumps, valves, and cylinders.
– Chemical contaminants arising from oil breakdown, additive depletion, or incompatible fluids mixing with the hydraulic oil.
Types of Contaminants:
Contaminants in hydraulic oil come in diverse forms, each posing unique challenges:
– Solid particles: Abrasive particles like dirt and metal shavings can accelerate wear and tear, leading to component failure.
– Water: Moisture ingress can cause corrosion, reduce lubricity, and degrade oil properties, compromising system efficiency.
– Air: Air bubbles entrapped in the oil can cause aeration, resulting in reduced system performance and potential cavitation damage.
– Chemical contaminants: Oxidation byproducts, acids, and varnish can deteriorate oil quality and hinder system functionality.
Impact on Hydraulic Systems:
The presence of contaminants in hydraulic oil can have detrimental effects, including:
– Increased friction and wear on components, leading to reduced equipment lifespan and frequent breakdowns.
– Impaired heat transfer and reduced lubrication efficiency, resulting in overheating and decreased system performance.
– Loss of fluid viscosity and degradation of oil properties, compromising hydraulic system functionality and responsiveness.
– Formation of sludge, varnish, or deposits, causing valve sticking, erratic operation, and potential system failure.
Mitigation Strategies:
Preventive measures and proactive maintenance are crucial for minimizing contamination and preserving hydraulic system integrity:
– Implementing Destiny’s® FD/FP Series Oil Filtration Machine to remove solid particles and water contaminants from the oil.
– Regularly monitoring oil condition through oil analysis and adopting proactive maintenance practices.
– Ensuring proper sealing and guarding to prevent ingress of external contaminants into the system.
– Using high-quality hydraulic oils with adequate additives to resist oxidation and maintain fluid cleanliness.

Importance of Oil Purification

1.Negative Effects of Solid Particles:

Metallic wear particles (of <5micron size) are generated by a lubrication system itself during its operation. Metallic wear particles are highly abrasive in nature
Increase of wear particles is highly damaging to machine components
Wear particles typically cause 50% of all failures
These multiply due to wear and tear of surfaces of machine components

2. Negative Effects of Moisture

The presence of both free and dissolved water in lube oils is detrimental to the overall performance of the lubricating system. Water in the turbine

lubrication system causes:

Reduction of lubricating film thickness.
Accelerated abrasive wear of components.
Sludge formation
Seal Deterioration and leakages.

Features :-

Destiny’s Filtration System maintains the lube oil including hydraulic and turbine oils at NAS 6 or better.
Removes contaminations down to less than 1 Micron.
Maintains the rate of contamination removal higher than it is getting generated and is applicable to various viscosity grades upto 680 CST in different applications.
Prevents contamination related failures of bearing and servo valves.
This filtration system helps Extends oil life and maintained all oil properties.
Its retards regeneration of continuous wears and hence improves machine Reliability and Productivity.
Destiny’s Filtration System can also be used for recycling oil used in flushing applications.

TYPES OF OIL :

Gear Oil filtration machine
Hydraulic oil filtration machine
Lube oil filtration machine
Turbine Oil filtration machine
Rust Preventive Oil

Why Oil Filtration ?

Removes Dirt And Contaminant
Preventive Maintenance
Optimized Performance
Enhanced Efficiency
Reliability and Consistency
Reduced Maintenance Costs
Eliminates Water

Oil System Maintenance:

Assessment: You start by assessing the condition of the hydraulic system. You check the oil level, temperature, and pressure readings. The machine’s performance has been slightly sluggish, indicating potential issues.
Oil Sampling: To confirm your suspicions, you decide to take a sample of the hydraulic oil. You collect a small amount of oil from the reservoir and send it to the lab for analysis.
Lab Analysis: The lab analysis report reveals that the hydraulic oil contains various contaminants such as dirt particles, water, and even tiny metal fragments from wear and tear. These contaminants can lead to reduced system efficiency, increased wear on components, and potentially system failure if not addressed.
Filtration Decision: Based on the lab report, you decide that the hydraulic oil needs thorough filtration to remove the contaminants. You choose a high-quality hydraulic oil filtration unit that includes multiple stages of filtration, including coarse filters to remove larger particles and fine filters to capture smaller particles.
Filtration Process: You shut down the press machine and drain the old hydraulic oil. Then, you connect the filtration unit to the hydraulic system and pump the oil through the filters. The filters effectively remove dirt, water, and metal fragments, leaving the oil cleaner and more suitable for optimal system performance.
Refilling: After the filtration process is complete, you refill the hydraulic system with the clean oil. You also take this opportunity to inspect other components of the system for any signs of wear or damage.
Testing: With the clean oil in place, you restart the press machine and observe its improved performance. The sluggishness is gone, and the machine operates more smoothly and efficiently.
Maintenance Schedule: To prevent future contamination issues, you recommend implementing a regular hydraulic oil maintenance schedule. This includes periodic oil sampling and filtration to ensure the hydraulic system continues to operate at its best.

Oil Filtration Machine Focus 400IN

Oil Filtration Machine Focus 800IN

Oil Filtration Machine Focus 1200IN

Oil Filtration Machine Focus 1800IN

Injection Molding machine
Die-casting Machine
Rubber Molding machine
Hydraulic Power Press
Earth Moving Hydraulic Oil Power Pack
Blow molding
Tunnel Boring Machine
Ginning Press
Rust preventive oil
Power Press

Continuous and quick oil filtration.
Ultra-fine contamination control to finer than 0.1micron.
Removes contaminant particles down to less than 0.1 microns.
Reduces the incidence of sticking & worn value components.
Quickly & Easily Filter cartridge can be changed .
No machine downtime as oil is cleaned continuously while the machine is in operation.

• Less power consumption – Uses a single-phase vacuum pump
• Offline coolant filtration system – for multiple cycles of filtration
• Portable and safe – the unit is on wheels, curbing chances of injury
• Faster cleaning process due to vacuum suction
• Robust construction
• Antibacterial residual filtering system
• Improves quality of coolant and ultimately products being machined
• Filters upto 10 microns particle size
• Cleaning process in very short time. E.g.: 10 to 15 minutes for base model