Used in industry to blowoff, clean, dry, and cool, EXAIR's Super Air
Knife dramatically reduces compressed air consumption when compared to
other blowoffs. It delivers a uniform sheet of laminar airflow across
the entire length with hard-hitting force. Meets OSHA maximum dead-ended
pressure and noise requirements.
EXAIR Air Amplifier a Powerful, efficient and quiet air mover for ventilation, Exhaust, Cool , Dry, Clean - With No Moving Parts !
What are Air Amplifiers ? A simple, low cost way to move air, smoke, fumes, and light materials. Air Amplifiers utilize the coanda effect, a basic principle of fluidics, to create air motion in their surroundings. Using a small amount of compressed air as their power source, Air Amplifiers pull in large volumes of surrounding air to produce high volume, high velocity outlet flows. Quite, efficient Air Amplifier will create output flows up to 25 times their consumption rate.
What is The Super Air Amplifier ? EXAIR's Super Air Amplifier has a patented design that uses a special shim to maintain critical position of the component parts. As a result, a precise amount of compressed air is released at exact intervals toward the center of the Super Air Amplifier. These jets of air create a constant, high velocity outlet flow across the entire cross sectional area. Additional free air is pulled through the unit, resulting in higher amplification ratios. The balanced outlet airflow minimize wind shear to produce sound levels that are typically three times quieter than other air movers.
EXAIR Static Eliminator products eliminate Static and Dust, Neutralize and Clean at distances up to 20 feet (6.1M) !!
What is a Static Eliminator? EXAIR
static eliminators neutralize static electricity charges in a wide
variety of industrial processes. Anti-static products eliminate static
cling that causes dust attraction, jams and tearing. Materials such as
paper, plastic and textiles normally contain an equal number of positive
and negative charges - that is, they are electrically balanced.
Friction can disturb this balance, causing the material to become
electrically charged. This static charge causes the following problems:
Dust clinging to product
Product clinging to itself, rollers, machine beds or frames
Materials tearing, jamming or curling
Sheet feeding problems
Hazardous sparks or shocks
EXAIR's static eliminators are electrically powered, shockless
ionizers that deliver a bulk of positive and negative ions to the
surface of the charged product to eliminate static and restore the
Plastics, paper and textiles are insulators. These materials do not
discharge when grounded. Using grounded brushes or tinsels often have
little effect on these surfaces, so special static eliminators are
needed. EXAIR provides two types of static elimination products; those
that use compressed air and those that do not.
Static Eliminators with Air !
Static Eliminators without Air !
Special Static Eliminators !
Power Supply with 2 or 4 outlets !
EXAIRStatic Eliminators include : Super Ion Air Knife
EXAIR Pneumatic conveyor or Air Operated Conveyor Convey Parts, Materials, Waste - With No Moving Parts !
The compact design features large throat diameter for maximum throughput capacity. Eleven sizes in aluminum and ten sizes in stainless steel are suited to wide variety of transfer applications.
Line Vac™ air operated
conveyors are the low cost way to transport complex shapes, bulk solids
and waste - with no moving parts or electricity. Units eject a small
amount of compressed air to produce a vacuum on one end and high output
flows on the other with instantaneous response. Air speed is easily
controlled by regulating inlet air pressure.
EXAIR offers a complete line of industrial housekeeping products
to help keep work surfaces, product, machines and windows clean.
The EXAIR vacuum products address a common problem. Ordinary
electrical vacuums have motors and impellers that can clog when placed
in an industrial environment. Most are noisy and last only a short
while. EXAIR vacuums are designed for industrial environments. All of
them use compressed air as the power source and have no motor to clog or
wear out. Air consumption and noise level are low. The eight vacuum
products offered include:
Chip Vac :
Chip Vac picks up dry or wet chips and delivers them directly to an
ordinary drum. It is used to clean chips from fixtures, machines, parts,
and work surfaces. The lid can be moved easily from drum to drum to
keep materials separate for recycling. Available in 5, 30, 55 and 110
gallon capacities. Video Chip Vac
Reversible Drum Vac :
Reversible Drum Vac (Two-Way Drum Pump) is a liquid vacuum that can fill or empty a
55-gallon drum in 90 seconds! It is ideal for spill recovery and filling
or emptying coolant sumps. It has no moving parts to wear out.
Available in 5, 30, 55 and 110 gallon capacities.
Video Reversible Drum Vac
Heavy Duty Dry Vac :
Heavy Duty Dry Vac turns an ordinary drum into a powerful, industrial duty vacuum cleaner.
It vacuums more dry materials in less time than ordinary vacs. It is
ideal for vacuuming abrasives like steel shot, garnet, metal chips, and
sand. Available in 30, 55 and 110 gallon capacities.
Heavy Duty HEPA Vac :
Heavy Duty HEPA Vac is a rugged HEPA quality vacuum with high capacity cleaning for dusty
environments. It is powerfully designed to move more material with less
wear. In addition, the Heavy Duty HEPA Vac has been engineered to filter
contaminants to HEPA requirements.
Chip Trapper :
Chip Trapper offers a fast, easy way to clean solids such as chips, swarf and
shavings out of used coolants and other liquids. It is ideal for use on
machines with sumps, parts washers, tanks and storage containers.
Available in 30, 55 and 110 gallon capacities.
A low cost, reliable, maintenance-free solution to a variety of
industrial spot cooling problems. Using an ordinary supply of compressed
air as a power source, vortex tubes create two streams of air, one hot
and one cold, with no moving parts. Vortex tubes can produce:
Temperature from -50° to +260°F (-46° to +127°C)
Flow rate from 2 to 150 SCFM (28 to 4,248 SLPM)
Refrigeration up to 10,200 Btu/hr (2,571 Kcal/hr)
Temperatures, flows and refrigeration are adjustable over a wide range using the control valve on the hot end exhaust.
Why EXAIR Vortex Tubes ?
EXAIR Vortex Tubes are constructed of stainless steel. The wear resistance of stainless steel, as well as its resistance to corrosion and oxidation, assures that EXAIR Vortex Tubes will provide years of reliable, maintenance-free operation.
How Vortex Tubes works ?
Compressed air, normally 80-100 PSIG (5.5 - 6.9 BAR), is ejected
tangentially through a generator into the vortex spin chamber. At up to
1,000,000 RPM, this air stream revolves toward the hot end where some
escapes through the control valve. The remaining air, still spinning, is
forced back through the center of this outer vortex. The inner stream
gives off kinetic energy in the form of heat to the outer stream and
exits the vortex tube as cold air. The outer stream exits the opposite
end as hot air.
A new solution to an old problem. Heat build up on dry machining
operations reduces tool life and machining rates. The Cold Gun
Aircoolant System produces a stream of clean cold air at 50°F
(28°C) below supply air temperature. Operation is now a quiet 70 dBA and
there are no moving parts to wear out. It will remove heat to
prolong tool life and increase productivity on machining operations when
liquid coolants cannot be used.
The Cold Gun is also an alternative to expensive mist systems. It
eliminates the costs associated with the purchase and disposal of
cutting fluids and worker related health problems from breathing
airborne coolants or slipping on wet shop floors.
EXAIR's Cold Gun is non-adjustable to prevent freeze-up
during use. Cold airflow and temperature drop are factory set to
optimize the gun's cooling capability.
Replace Messy Mist Systems - Improve Dry Machining with Clean, Cold Air !
HEAT CAN STOP YOUR MACHINES !!! It happens when you at least
expect it. High temperatures can cook the electronic that control your
machines, resulting in erroneous readings, trip-outs or fried circuit
boards. Cooling the electrical cabinet can eliminate these problems. BUT HOW WILL YOU DO IT ???
Heat Exchangers and Pipes These have serious limitations when it comes to summer time heat. In
many cases, the temperature of the hot plant on a summer day is close to
that inside the enclosure. There is not enough difference in
temperature for a decent heat exchange.
Refrigerant Panel Air Conditioners These coolers are expensive, take almost a day to install, and are
prone to failure when dust and dirt clogs the filter. Vibration from
machinery contributes to component failures and loss of freon. Life
expectancy for most compressors is rated at 2.5 years of continuous
operation. Average replacement cost for a bad compressor is $750 plus
installation. Often, a floor drain is not readily available for the
EXAIR Cabinet Coolers™ Our compressed air operated Cabinet Coolers™are the low cost
solution. NEMA 12, 4 and 4X models are available that are very compact
and mount in just minutes through an ordinary electrical knockout.
Thermostat control limits compressed air use by operating the Cabinet Coolers™ only when the temperature inside the enclosure reaches critical
Heat exchangers, heat pipes and refrigerant coolers all have filters
that can clog. Left unattended, mechanical failure of the cooler is
likely. And, the expensive equipment in the electrical enclosure can
malfunction, overheat and shut down the entire machine or process. EXAIR
Cabinet Coolers™ have no moving parts to wear out and do not require
constant monitoring. All models are UL Listed and available in a large
number of styles and cooling capacities.
EXAIR Cabinet Coolers™ or Panel Cooler Stop Electronic Control Downtime due to Heat, Dirt and Moisture !
What are EXAIR Cabinet Coolers™ ?
EXAIR Cabinet Coolers™ are a low cost, reliable way to cool and purge electronic control panels. EXAIR Cabinet Coolers™ incorporate a vortex tube to produce cold air from compressed air - with no moving parts. The Compact Cabinet Coolers™ can be installed in minutes through a standard electrical knockout. NEMA 4, 4X and 12 Cabinet Coolers™ that match the NEMA rating of the enclosure are available in many cooling capacities for large and small control panels.
Why EXAIR Cabinet Coolers™ ?
The vortex tube incorporated in the EXAIR Cabinet Coolers™ Systems is constructed of stainless steel. The wear, corrosion and oxidation resistance of stainless steel assures long life and maintenance-free operation. All EXAIR Cabinet Coolers™ are UL Listed.
Quiet - less than 75 dBA
Install in minutes
Maintain NEMA 12, 4 and 4X integrity (IP54 and 66)
Stabilize enclosure temperature and humidity
No moving parts - maintenance free
Mount in standard electrical knockout
Stop nuisance tripping
Stop heat damage
Eliminate fans and filters
Eliminate lost production
Stop circuit drift
Stop dirt contamination
Provide washdown protection
Cooling capacities to 5,600 Btu/hr. (1411 Kcal/hr.)
How Cabinet Coolers™ works ? Compressed air enters the vortex tube powered Cabinet Coolers™ and is
converted into two streams, one hot and one cold. (For more information
on vortex tube operation, see (Vortex Tubes).
Hot air from the vortex tube is muffled and exhausted through the
vortex tube exhaust. The cold air is discharged into the control cabinet
through the cold air distribution kit. The displaced hot air in the
cabinet rises and exhausts to atmosphere through the cabinet air exhaust
at a slight positive pressure. Thus, the control cabinet is both cooled
and purged with cool, clean air. Outside air is never allowed to enter
the control panel.
Finding One of Your Leaks Quickly Pays For A Leak Detector
Leaks in compressed air pipes, valve and fittings can cost thousand - even in small plants. Plants noise can make it difficult to find them. The circuitry of our new Ultrasonic Leak detector (ULD) takes out the guess work. The ULD is able to mask out the surrounding plant noise and can hear the leaks that are outside a person's normal range of hearing.
Consider one small leak that is equivalent to a 1/16” diameter hole. At 80 PSIG, it consumes 3.8 SCFM or 108 SLPM.
Most large plants know their air cost. If you don’t know your actual
cost per 1,000 SCF, a reasonable average is $.25 per 1,000 SCF (28,329
SL). Dollars consumed per hour = SCFM consumed x 60 minutes x cost/1,000 SCF = 3.8 x 60 x .25/1,000 = $.06 per hour = $1.44 per 24 hour period = $10.08 per week = $524.16 per yearVideo Ultrasonic Leak Detector
EXAIR's newEFC™recently won the 2006 "Product Of The Year" by Plant Engineering Magazine. EFC™ is an electronic flow control that limits compressed air use by
turning on the air only when a part is present. It can dramatically
improve efficiency by reducing air costs. By turning off the air, even
if it is for just a few seconds between parts, you could save your
company thousands of dollars on a single operation. Savings for an
automotive assembly plant was $5,365 in one year on a single pre-paint
bumper cleaning line, just by turning off the air for the 6 seconds when no bumper was under the airflow.
new Digital Flowmeter is the easy way to monitor compressed air
consumption and waste! The digital display shows the exact amount of
compressed air being used downstream. This makes it possible to save
thousands of dollars per year in compressed air waste – helping to
identify costly leaks or inefficient air products. Many companies
install the Digital Flowmeter on each major leg of their air
distribution system to constantly monitor and reduce compressed air
Video installing EXAIR's Digital Flow Meter
Summing Remote Display
What Is the Summing Remote Display? EXAIR’s Summing Remote Display for the Digital Flowmeter has a four digit LED display that makes it easy to monitor compressed air consumption from a convenient location. With the push button, the display cycles to show the current air consumption, usage for the previous 24 hours, and total cumulative usage. It is pre-wired with 50' (15.2m) of cable and is powered by the Digital Flowmeter. Mounting hardware is included.
Video Summing Remote Display
USB Data Logger
What Is the USB Data Logger? EXAIR’s
award winning USB Data Logger connects directly to your Digital Flowmeter and is simple to use. Use the included software to configure the Data Logger to record your flow rate from once a second (about nine hours of data) up to once every 12 hours (over 2 years!)
When the Data Logger is removed from the Digital Flowmeter and plugged into a computer, the data can be viewed in the included software or exported directly into Microsoft Excel. The Data Logger is available pre-installed on the Digital Flowmeter.
Video USB Data Logger
Note: For use with compressed air and nitrogen only.
What Is The Digital Sound Level Meter™?
EXAIR’s new Digital Sound Level Meter™ is an easy to use instrument that
can measure and monitor the sound level pressure in a wide variety of
industrial environments. The source of loud noises can be quickly
identified and isolated so corrective measures can be taken to reduce
or eliminate the problem. For compressed air noise, it is often as
simple as replacing the existing inefficient blowoffs with EXAIR’s
engineered compressed air products such as the Super Air Knife, Super
Air Amplifier or Super Air Nozzles. In many cases, the EXAIR products
can reduce noise levels by 10dBA which is perceived as cutting the
sound volume in half. The Digital Sound Level Meter is calibrated in house and a calibration sheet explaining all the usual parameters such as serial number, calibration standards used, temperature, humidity, etc. is generated. It is ready to go out of the box. Customers who have ISO based calibration systems will appreciate this fact. Related Pages
The EXAIR's Precision Safety Air Gun is extremely lightweight and the most Precision Safety Air Gun comfortable to operate during periods of
extended use. The highly focused, forceful blast of airflow provides
excellent cleaning ability and is suited to a wide range of industrial
applications. This safety air gun has a small diameter nozzle and
extension that will fit into tight spaces while packing the punch of
strong blowing force. The sleek profile is a perfect fit for small and
large hands alike.
The EXAIR's Precision Safety Air Gun uses EXAIR’s new Nano Super Air Nozzle
that has been engineered to maximize entrainment of room air while
minimizing compressed air consumption. It has a rugged Type 316 stainless steel construction that ejects the compressed air through a series of holes located in recessed grooves on the nozzle
surface. Safe operation is assured since the airflow that exits the
nozzle can not be blocked, as required by OSHA standard 1910.242(b).
The 75 dBA noise level is a fraction of ordinary air guns and well
below the limits of the OSHA maximum allowable noise exposure standard
29 CFR 1910.95(a).
EXAIR's Air Nozzles produce outlet flows up to 25 times compressed air consumption using a small amount of compressed air as the power source. As compare an open pipe 1/4" (6mm) copper tube, by contrast, eject pure compressed air at up to 40 SCFM (1133 SLPM), the entire output of a 10 HP compressor. Annual energy cost can exceed $1,000 per year. Noise levels in excess of 100 dBA are commonly produced.
The EXAIR's Precision Safety Air Gun has a high impact, glass reinforced nylon
plastic construction. The ergonomic design keeps the hand in a
comfortable position and incorporates a large trigger grip that permits
operation with one or more fingers. A hanger is provided for convenient
storage or mounting to a tool balancer. The inlet is 1/4 NPT.
EXAIR’s new compressed air powered E-Vac™ vacuum generators are the low cost way to create a vacuum for:
Pick and place of parts and equipment
Clamping and chucking
Paper alignment and feed in printing equipment
Vacuum press for wood veneers and laminates
Vacuum liquids for testing
E-Vac™ compressed air powered vacuum pumps provide instantaneous
response and are most commonly used for pick and place operations.
These single stage vacuum pumps are a low cost ventury available in a
variety of sizes and flows along with a selection of suction cups
suitable for a wide range of applications.
E-Vac™ compressed air powered vacuum pumps provide instantaneous
response and are most commonly used for pick and place operations.
Why The E-Vac™?
The E-Vac™ in-line vacuums have been engineered for high efficiency to
minimize air consumption. Mechanical vacuum generators frequently
experience fluctuations in vacuum. EXAIR’s in-line, single stage design
eliminates the fluctuations, providing consistent, steady vacuum. Dust
and other contaminants can easily pass through the vacuum generator
without clogging it up (no filter required on the vacuum). E-Vac™ is maintenance free and has no moving parts to wear out.
Each unit is compact, so it's easy to mount the unit close to the work
surface (put the E-Vac™ right where the vacuum is needed). This
eliminates line loss that can occur in long lengths of tubing and
increases cycle speeds. It can also eliminate the need for a larger
vacuum generator. When using vacuum cups, this assures fast attach and
Other Applications For E-Vac
There is a constant evolution of new applications for the E-Vac™
vacuum generators. Tasks that were once performed manually can often be
accomplished more quickly and safely using an E-Vac™ vacuum generator.
One example is drawing up liquid samples for testing. Many companies
that produce chemicals or liquids will test them for chemical
composition or clarity. Unfortunately, many do it the dangerous, old
fashioned way of leaning over the vats or containers to draw some of the
liquid into a pipette or other liquid holding device. This process can
easily be accomplished using an E-Vac™ vacuum generator attached to a
liquid holding tube. When the tube is dipped into the vat, tank or
container, the compressed air is turned on so it draws a specific volume
of liquid up into the tube. When the compressed air is turned off, the
liquid flows from the tube and can be dispensed into a container or
machine to be analyzed.
Choosing The Appropriate E-Vac® Vacuum Generator
EXAIR’s E-Vac™ is available in 3 styles that include the In-Line E-Vac™, Modular E-Vac™ and Adjustable E-Vac™. Each design has been engineered for use in a
variety of applications. These single stage, all aluminum units provide
consistent, steady vacuum, unlike mechanical vacuum pumps. Dust and
small particulates easily pass through the vacuum generator and they
have no moving parts, making them maintenance free.
In-Line E-Vac® Vacuum Generator This
series of single stage, cylindrical vacuum generators are compact and
easy to mount at the point of use. The In-Line E-Vac™ can be held in
place by threading them directly onto a compressed air line or with use
of a mounting clip. Each In-Line vacuum model has a specific level of
vacuum and flow. This style can easily pass dust or small particulates.
There are 7 models suitable for use when lifting porous materials (like
cardboard). The “porous” models have vacuum levels up to 21" Hg (71 kPa)
with vacuum flows up to 18.5 SCFM (524 SLPM). There are 7 models for
use with non-porous materials (like glass) that have vacuum levels up to
27" Hg (91 kPa) with vacuum flows up to 15.8 SCFM (447 SLPM).
Modular E-Vac® Vacuum Generator This series
of Modular E-Vac™ vacuum generators are available in the same number of
models as above with identical vacuum and flow rates. These single stage
vacuum generators use a compact block design for convenient mounting.
The ModularE-Vac™ incorporates a series of holes that make it easy to
mount to existing machinery. This style can easily pass dust or small
particulates. There are 7 models suited to porous applications that have
vacuum levels up to 21" Hg (71 kPa) with vacuum flows up to 18.5 SCFM
(524 SLPM) and 7 models for use with non-porous materials (like glass)
that have vacuum levels up to 27" Hg (91 kPa) with vacuum flows up to
15.8 SCFM (447 SLPM).
Adjustable E-Vac® Vacuum Generator This series
of Adjustable E-Vac™ single stage vacuum generators permit easy
adjustment by simply loosening the locknut and turning the exhaust to
increase or decrease the level of vacuum and vacuum flow. These are
ideal for use with porous and non-porous materials where the load can
vary. Vacuum flow is easily increased when the vacuum is being used on a
porous surface. This style passes dust and larger size particulates so
there is no loss in vacuum, making it the best choice when working with
dirty, dusty materials (such as concrete mix, plaster, etc.) There are 4
models with adjustable vacuum up to 25" Hg (85 kPa) and vacuum flow up
to 81 SCFM (2,294 SLPM).
Safety Air Guns use engineered air nozzles for high performance!
Inexpensive air guns are sold through many catalogs and industrial supply companies. Most have triggers or other parts that break quickly. The performance is similar to open pipe, where they simply blow a lot of compressed air. In addition to the high air consumption, many produce noise levels that violate OSHA requirements. Some even generate dangerous dead end pressures that can result in serious or fatal injuries if blocked.
EXAIR’s Safety Air Guns eliminate these problems. They are durable and comfortable to use. Each model uses an engineered Air Nozzle that provides superior performance by entraining large volumes of surrounding air. Safe operation is assured along with low air consumption and noise levels.
Available force up to 9.4 Ounces (4252 Grams) with a single nozzle.
EXAIR’s atomizing spray nozzles atomize fluids (most commonly water)
in a range of spray patterns for a variety of uses. They combine liquid
and compressed air to create a mist of atomized liquid that can be
easily adjusted to meet the needs of your application. All models use
stainless steel construction for durability and corrosion resistance.
EXAIR's atomizing nozzles are available in 3 basic families:
Internal Mix: Internal mix
nozzles mix the liquid and water inside the air cap and produce the
finest atomization, Internal mix nozzles can be used on liquids with a
viscosity up to 300 cp. Both air and liquid sides are pressure fed. For pressure feed applications that don't require independent air and liquid control.
AN1040SS AW1040SS AF1050SS
Internal Mix Atomizing Spray Nozzle applications
External Mix: External mix
nozzles have the highest flow rates and allow the air and liquid flows
to be adjusted independently. These nozzles are best where precise
liquid flow is needed. External mix nozzles can be used on liquids with a
viscosity above 300 cp. Both air and liquid sides are pressure fed. For pressure feed applications with independent air and liquid control
ER1050SS EF1040SS EB1040SS
External Mix Atomizing Spray Nozzle applications
Siphon Fed: Siphon fed nozzles
require no liquid pressure and can be used with gravity fed liquids or
lift liquids from a siphon height as much as 36 inches (91cm). Siphon
fed nozzles can be used on liquids with a viscosity up to 200 cp. Siphon or gravity feed for non-pressurized applications.
Siphon Feed Atomizing Spray Nozzle applications
Why Atomizing Nozzles?
With EXAIR’s atomizing nozzles, you can coat, cool, treat and
paint a variety of products. Used with water, atomizing nozzles are an
efficient way to evenly cool hot items in your automated process. These
nozzles are also an excellent choice for dust mitigation. The maximum
operating temperature for the atomizing nozzles is 400°F (204°C).
No Drip Atomizing Nozzles EXAIR's no drip atomizing spray nozzles work in the same way our
standard atomizing nozzles do, but have the added benefit of positively
stopping liquid flow when compressed air is shut off.
Why No Drip Atomizing Nozzles?
When spraying any type of liquid, post spray liquid flow can
cause big problems. Unwanted drips can ruin product finishes on painted
or coated surfaces. EXAIR's no drip atomizing nozzles are ideal where no
post-spray drip is permissible.
EXAIR's no drip atomizing nozzles are available in 3 basic families:
Internal mix nozzles mix the liquid and water inside the air cap and
produce the finest atomization. Internal mix nozzles can be used on
liquids with a viscosity up to 300 cp. Both air and liquid sides are
pressure fed. No Drip Internal Mix Atomizing Nozzles are for pressure fed applications not requiring independent air and liquid control.
External mix nozzles have the highest flow rates and allow the air
and liquid flows to be adjusted independently. These nozzles are best
where precise liquid flow is needed. External mix nozzles can be used on
liquids with a viscosity above 300 cp. Both air and liquid sides are
pressure fed. No Drip External Mix Atomizing Nozzles are for pressure fed applications with independent air and liquid control.
Siphon fed nozzles require no liquid pressure and can be used with
gravity fed liquids or lift liquids from a siphon height as much as 36
inches (91cm). Siphon fed nozzles can be used on liquids with a
viscosity up to 200 cp. No Drip Siphon Fed Atomizing Nozzles are siphon or gravity fed for non-pressurized applications.
Why No Drip Atomizing Nozzles?
When spraying any type of liquid, post spray liquid flow can cause
big problems. Unwanted drips can ruin product finishes on painted or
coated surfaces. In addition, excess liquid flow wastes precious
resources such as expensive coatings, chemicals or water. EXAIR's no
drip atomizing nozzles are ideal where no post-spray drip is
permissible. When the compressed air supply is shut off, the no drip
nozzle positively seals off the flow of liquid eliminating the
possibility of drips. They can be used in any situation that our
standard atomizing nozzles can be used, including Siphon Fed
applications. Unlike some manufacturers, there's no need to run a
separate air line to control the no drip mechanism. The same compressed
air used to combine and atomize liquid in a variety of patterns is used
to open a valve allowing liquid to flow. That makes these ideal for use
with EXAIR's money and energy saving EFC.
EXAIR's no drip nozzles do not change flow rates from standard
atomizing nozzles. Operations that require up to 180 cycles per minute
can be achieved. Minimum operating air pressure of 30 PSIG (2.1 BAR)
Heat Can Stop Your Machines !!! It happens when you at least expect it. High temperatures can cook the electronic that control your machines, resulting in erroneous readings, trip-outs or fried circuit boards. Cooling the electrical cabinet can eliminate these problems. BUT HOW WILL YOU DO IT ???
simalube The Compact and Refillable Single-Point Lubricator is provided a consistent delivery of lubricant reliably and automatically, 24 hours a day for up to one full year
The Oil Monitor from OPECL are designed for Automatic adjustment of the optimal oil lubrication level, they also will automatically compensate for oil leakage and offer the possibility for visual inspection of the oil level.
The Model 5315 Cold Gun cools a two flutes 10mm carbide end mill on a CNC, increasing tool life by 50%
The model 6083 1-1/2" (38mm) Line Vac conveys plastic granules to the gravity feed hopper on an extruder