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Hilliard brings fluid contamination problems under control – cost-effectively – with our full range of HILCO engineered products.
HILCO products:
• Reduce the cost of new oil purchases
• Decrease disposal costs
• Help lessen component wear
• Reduce downtime
• Help curtail environmental contamination
FILTER CARTRIDGES
• Microgard™
• Safegard™
• Pleated Synthetic Media PH Cartridges
• Hilsorb™ Dryer Cartridges
• High-Pressure Hydraulic Fluid
• Saflow™ and Saflow D™
• Pleated Screen Filter
• Pleated Strainer Baskets
• Backwash Strainers
• Hilite® and Hilite-A®
• Selexsorb®GT
• Coolant Coalescer and Oily Water Separater
• Fuel Coalescer Cartridge
• Fuel Separater Cartridge
• Bag Filter Cartridge
FILTER VESSELS
• Duplex Filter
• Integral Duplex Filter
• Standard Housings for High-Flow Synthetic elements
• Standard Non-Code Housing
• HILCO Transfer Valves
• Seal Gas Duplex Filter Housing
RECLAIMERS AND RECLAMATION SYSTEMS
• Standard HILCO Reclaimer
• Seal Oil Degasser
• Hyflow™ Reclaimer
• Machine Tool Coolant Recyclers
• Grinder Filtration System
OTHER HILCO PRODUCTS
• HILCO Ceramic Membrane Filtration System
• Portable Filters
• Star® Filter Press
• Storage Tanks
• HILCOSEP™ Coalescer
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HILCO is one of the oldest filter equipment companies in the world with over 75 years experience in critical filtration and separation applications. We listen to our customer's needs and deliver quality engineered Hilco systems to meet the requirements, even if it is not something "off the shelf". We stand behind our products and will offer timely technical assistance.
HILCO Filters are compatible with the following fluid types:
• Insulating oil
• Lapping oil
• Hydraulic oil
• Fuel oil
• Seal oil
• Quench oil
• Draw oil
• Roll oil
• Cutting oil
• Edible oil
• Bearing packing grease
• Gear lube
• Lubricants
• Coolants
• Heat transfer fluid
• Fire-resistant synthetic fluids
• EHC (electrohydraulic control) fluids
• EDM coolants
• Per-flourinated polyester (fomblin fluids)
• Air filter liquid
• Ethylene
• Natural gas
• Nitrogen
• Butane
• Amine
• Phosphate esters
• Glycol
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Automatic Drain Filters are highly effective in removing
oil and liquid-borne particulate matter. These units are
recommended for use when clean air or inert gas
environments are required in laboratory air, process
control, instrument and compressed air systems.
Automatic Drain Filters have the following features:
- Pre-filters remove water and dirt particles from air lines
up to a maximum size of 5 microns.
- Coalescing filters are available in 0.3 micron and 0.01
micron sizes to remove 99.9% of oil mist.
- Maximum operating pressure of 150 psig.
- Differential pressure automatic drain provided on
1/4" port, 5-micron pre-filter. Float type automatic drain
provided on all others.
- Easily replaceable filter element saves service time.
- Die cast aluminum or zinc body with Polycarbonate
bowl and metal guard assures safety and durability. |
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Compressed air condensate generally has far more oil than
20 mg/l content. The user has two possibilities.
Firstly, he can have the condensate taken away by a specialist waste disposal firm at great cost. Alternatively, the user can process the condensate on site by separating the oil and the water, which forms the largest
proportion.
ZANDER’s ecosep S high efficient oil-water separator and
the ecodrain automatic drain, offer compressed air users a
complete condensate management system to achieve an oil content, in water of 10 mg/l or below which can be discharged into the effluent system.
-ecosep SL 1 - SL 60
Separating system for non emulsified compressor condensate. Usable to connect several condensate drain systems. The adsorption charcoal filters adsorb the remaining oil droplets and garant high safety in application.
Standard complete and ready for operation.
Optionally a heater is available.
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Strainer
Sunfab strainer for separate installation on the suction pipe
Sunfab strainer type 150 is an inexpensive guarantee against operational stoppage due to contaminants such as welding blobs, brazing flakes, etc, which can often occur in the system, especially after new installations
Sunfab strainer is single use but can be flushed clean if necessary
Sunfab strainer type 150 functions as a coarse filter and does not replace the normal return filter
Sunfab strainer is intended for pump type SL. It must not be used with pump type SC because of the increased pressure in the suction pipe
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A LARGE RANGE OF FILTERS
METAL EDGE FILTERS OR BACK FLUSHING FILTERS FOR
ECONOMICAL FILTRATION
Variable configuration inline pressure filters which use modern technology and can be deaned during on-going operation, require no maintenance or disposal measures as opposed to consumable filter material.
They can be used in applications ranging from fine filtration to coarse filtration.
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System Features
Hydraulic oil even when new will have a certain level of particle
contamination, and is typically graded at ISO 17/13/14. When oil
is added to a system further contamination can occur. Whilst
under operating conditions air and moisture, as well as particles
from seals and hoses, can add to the contamination and
degradation of the oil. Fitting a Filtakleen filter will not only
reverse this process but it will clean your oil so thoroughly it will
be cleaner than when it was new! |
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Ikron %u201CFluid Filtration%u201D from Casappa %u201CFluid Power Design%u201D
An accurate filtration expands the life of all components and improves the overall efficiency of your hydraulic system.
Suction filters
Return filters
In line filters spin-on type
In line medium and high pressure filters
Accessories
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These units are for use in reducing the rate of pollution of hydraulic fluids and maintaining the required level of cleanliness.
They offer an alternative to the replacement of used oil with new oil.
These motor-pumps are tailor-made to designs developed with the design offices of our industrial clients.
They are used for filtering the oil on installations which require regular servicing, avoiding the premature wearing of the components and therefore the number of breakdowns and production stoppages.
In partnershi with the development department of our customers we have designed three different flow capacity to cover any customer request : 500L/min; 2 000 L/min; 5 000L/min.
These units are perfectly adapted to very high viscous oil.
For intensive use
These pumps are fitted with :
· Aspiration strainer 125µ
· Filling-up indicator
· Cartridge-type discharge filter 25µ
· On-off switch
· Motor-pump unit
· OPTIONAL EXTRAS
· Pre-filter with magnetic bar
· Water retention filter
· Filtration level 10µ
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- The hydro dry filter elements remove up to 80% of the free water present in the oil.
- Usable on RD, OF, PN and UOW filters.
- H2O retention capacity up to 2400 ml
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| All separators are manufactured in accordance with Atlas Copco's Quality and Environment Management System. These systems comply fully with ISO 9001 and ISO 14001. All Atlas Copco separators are tested to perform under the most demanding conditions. |
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Inlet capacity: 35 to 2360 l/s, 75 to 5003 cfm
Filtration: oleophilic and activated carbon filters
Oil content: less than 15 mg/l
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OSC - Advanced technology for all compressed air condensates
The new and extensive OSC range from Atlas Copco uses patented technology to separate all kinds of compressed air condensate.
The multi-stage separation process, using both buoyant oleophilic filters and activated carbon, ensures exceptional performance, long and proven filter lifetime and trouble-free operation.
All separators are manufactured in accordance with Atlas Copco's Quality and Environment Management System. These systems comply fully with ISO 9001 and ISO 14001. All Atlas Copco separators are tested to perform under the most demanding conditions.
Inlet capacity: 35 to 2360 l/s, 75 to 5003 cfm
Filtration: oleophilic and activated carbon filters
Oil content: less than 15 mg/l |
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| We have named PUMP CARE the Suction Filters because thanks to their function of protection from coarse contamination (due to lack of initiai cleaning or to an accidental ingression) they take care of the pump, ensuring a safe and efficient operation. |
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Application
Hydraulic oil, lube oil, cooloing agent
Model / design
In-line filter 40 and 160 LD
for direct installation in a pressure pipe
with integrated pressure compensation for easy handling
Pressure. 160 bar max.
Flow rate: 450 l/min max.
Connection:
Up to thread 1 ˝’’,
Filter elements / cartridges
EPE standard elements
EPE filter elements according to DIN 24550
Further series up to 450 bar or 10.000 l/min
Please visit our homepage http://www.eppensteiner.de
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Vokes 361/1 Lubricating Oil Filter Coalescer complete with pump. Several of these units, specifically designed to resist shock, have been supplied for purifying gearbox lubricating oil in submarine applications.P
Applications
The Vokes Filter Coalescer is designed for the removal of solids and water from mineral lubricating oils used in lubricating or hydraulic systems.
This makes it an ideal solution to those applications where water can contaminate oils through condensation, seals or glands.
The Vokes Filter Coalescer can be supplied by itself for the customer to pipe in to his system or in a variety of modules which can include pumps, heaters and control systems to provide self contained purification systems.
The Vokes Filter Coalescer is used in industries such as Power Generation, Sugar Refining and Marine, to provide the purification of lubricating oils in main and auxiliary steam turbines, gear boxes, stern tube and low pressure hydraulics systems. It is either used as a bypass system on the main tanks or from a bleed off the main oil supply line. |
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In order to prevent paraffin separation and clogging of the filter at low ambient temperatures, pre-warming with electric heating elements or recirculation of fuel that has been warmed by the engine is used in our fuel filters.
For newer generations with even higher requirements, MAHLE has opted for two separate filter stages during water separation.
The first filter phase consists of a cellulose filter medium with an untreated melt-blown contact surface for increasing the contaminant absorption capacity. This melt-blown contact surface optimally causes the many small droplets to coalesce into larger ones. The particulate filter in the shape of a pleated star even agglomerates the finest water droplets.
The second filter phase consists of a water separator, whose hydrophobic fabric with a mesh width of 25 µm divides the barely stable emulsion, thus separating the water. As this occurs on the clean side of the filter, it is referred to as clean-side water separation.
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The new and extensive OSC range from Atlas Copco uses patented technology to separate all kinds of compressed air condensate.
The multi-stage separation process, using both buoyant oleophilic filters and activated carbon, ensures exceptional performance, long and proven filter lifetime and trouble-free operation.
All separators are manufactured in accordance with Atlas Copco's Quality and Environment Management System. These systems comply fully with ISO 9001 and ISO 14001. All Atlas Copco separators are tested to perform under the most demanding conditions.
- Inlet capacity: 35 to 2360 l/s, 75 to 5003 cfm
- Filtration: oleophilic and activated carbon filters
- Oil content: less than 15 mg/l |
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These filters have been designed for by-pass filtration of lubrication and machining fluids on main production circuits.
They are extremely robust and incorporate 1 to 3 mechanically welded housing elements each accommodating 2 filtering cartridges.
- Filtering surface: 6 to 100 m˛
- Pump output with water: from 3000 Litres/h |
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Vokes E238L - up to 4.8mł/hr (80 l/min)
Duplex drop sump Microfine & Microfelt filters for low flow lubricating oil systems, for example continuously operating medium speed diesel engines, gas/steam turbines, compressors & machines.
* Compact duplex filter
* Vokes Microfine & Microfelt disposable filter cartridges
* Suitable for engine mounting
* Vokes Transflow change over valve
* Easy to service
Outline Specification
Flow Capacity up to 4.8mł/hr (80 l/min)
Design Pressure 10 barg
Max Operating Temp 60°C
Design Drop sump type. Simplex with cast head and drain bowl, suitable for engine mounting.
Closure Centre bolt
Materials
Filter Case - Carbon Steel
Filter Head - Aluminium
Seal - Nitrile Rubber
Connection Sizes 1 in (25mm)
Inlet/Oulet Type Tapped 'G' (BSP) or
Flanged BS1770
External Finish Vokes blue enamel
Internal Finish Lightly oiled
Filter Cartridge
Type Microfelt or Microfine
Quantity Single cartridge per bowl
Efficiency 1 to 20µm (nominal) |
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Cleanline portable light 4.2 gpm, up to 58 psi, FA 014
With the oil service unit FA 014 hydraulic or lubricating systems can be easily filled or deaned.
1. Compact design
The compact design allows easy access to the oil tank.
FA 014 comes ready to connect, with hose packages.
2. Economical
Efficiency through ARGO-HYTOS Fluid Management systems. After just a short time your investments will be amortized due to longer service intervals and increase of machine availability
3. User-friendly filter element change
Optimal operator handling has been a key feature in the development of FA 014. No extra tools are needed to open
the housing and the filter element can be pulled out through the hang-in technique.
4. Maintenance-free filter housing thanks to a clever filter element technique
On the bottom of the from inside to outside flown through filter elements there is a dirt retention valve. If the filter element is pulled out of the filter housing with the cover, the dirt retention
valve will close. Sedimented dirt is removed from the housing with the filter element.
5. Quality ˇn detail
The EXAPOR® fine element is the heart of the FA 014. High cleanliness levels protect hydraulic systems against dirt during the oil filling process.
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Applications
MANN+HUMMEL filters for compressed air systems ensure consistent performance of compressed air systems and systems installed downstream. They help to maximise the service life of all filters in the system.
Advantages
The advantages are
low oil and energy consumption
low wear in the compressed air system
custom-made solutions
different designs: air/oil separators, air-oil separator boxes, deep-bed filters, air/oil separators for vacuum pumps |
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Function: VacuClean removes water, air (gases) and solid material in one step. SPS-controlled process activity. Detection and diagnostics of condition of the fluid system by data documentation. Mobile or stationary operation
Application: Industrial production, process and operation activities where long lasting function and availabilty of machines and installations depend on the cleanliness garde of the fluid system.
Result: Avoiding damaged components due to contaminated fluids, therefore avoiding shutdowns of machines, production downtimes and repairing charges.
Field of application: paper industries, chemical industries, steel industries, construction industries energy production, machine building.
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The MAHLE oil mist collector unit LGA 600 is a high performance oil mist collector unit for the separation of coolant from tooling machine exhaust air.
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The Vokes Filter Coalescer is a static device for the removal of solids and free water from Distillate and Light Liquid Fuels and Mineral Lubricating Oils.
The cartridge combines a long life depth type pre-filter media designed to give extended life by the removal of pipe scale, rust, waxes and asphaltenes that would otherwise cause the coalescent media to blind.
The pre-filter, together with the first and second stage coalescing medias effectively combine small droplets of water into large droplets which are then separated from the oil flow by gravity.
A final stripper screen is fitted to further minimise any risk of carry over of small droplets into the clean oil discharge.
The purified oil is discharged at the top of the housing, while the water is drained from the bottom.
Principal of Operation
The small droplets of water are intercepted by fibres and because of the hydrophilic nature of the fibres, are retained. As the number of droplets collected increases they join together to form a layer of water.
The flow of the oil then pushes this water through the media to the outside where it forms large droplets on the sock surrounding the cartridge.
These droplets then grow until they reach a size which causes them to fall off and drop to the bottom of the housing through gravity. |
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