Compressed Air

Stop Starving Your Tools: How to Beat Pressure Drop in Compressed Air Systems

Published on April 9, 2026April 9, 2026 by Al WooffittLeave a comment

If you’ve ever noticed your pneumatic tools losing their “punch” or your machines throwing low-pressure faults, you’re likely dealing with the silent thief of industrial efficiency: pressure drop.

Pressure drop is the reduction in air pressure from the compressor discharge to the actual point of use. It’s not just a performance issue; it’s an expensive energy drain. Most facilities try to fix it by cranking up the compressor pressure, which is like trying to fix a leaky garden hose by turning the spigot up—it just wastes more energy and stresses the system.

Here is how to tackle it and how EXAIR products help you win the fight.

1. Size Matters (The Piping Dilemma)

The most common cause of pressure drop is undersized piping. Think of your compressed air system like a highway; if you try to cram 1,000 cars into one lane, traffic slows down.

The Fix: Always size your main headers and distribution lines for the maximum potential flow, not just your current average. Using a “loop” system instead of a single “dead-end” header allows air to flow in two directions to reach a high-demand tool, effectively doubling the capacity of the pipe.

2. Smooth Out the “Plumbing”

Every elbow, tee, and valve creates friction. Standard plumbing fittings often have sharp turns that create turbulence, slowing down the air.

The Fix: Minimize the use of 90-degree elbows where possible (use long-radius sweeps instead) and ensure you aren’t using restrictive, undersized quick-connect couplings at the tool.

3. Eliminate the “Spiky” Demand

Large, intermittent air consumers can cause the pressure in the entire line to “sag.”

The Fix: Use a receiver tank (surge tank) near the point of high demand. This acts as a local battery, providing the necessary volume instantly without pulling from the main header and causing a system-wide drop.

How EXAIR Combats Pressure Drop

EXAIR is built on the philosophy of “doing more with less.” Our products are engineered specifically to maximize force while minimizing air consumption, which is the most effective way to reduce pressure drop at the end of the line.

Engineered Super Air Nozzles

Standard “open pipe” blowoffs are air hogs. They create massive localized pressure drops because they dump huge volumes of air inefficiently. EXAIR Super Air Nozzles use a small amount of compressed air to entrain large volumes of surrounding “free” room air.

The Result: You get high-velocity discharge with significantly lower compressed air demand, keeping the pressure stable for the rest of your tools.

Digital Flowmeters

You can’t fix what you can’t measure. EXAIR Digital Flowmeters allow you to see exactly where the air is going in real-time. By monitoring different zones of your plant, you can pinpoint exactly which branch or machine is causing the pressure drop, making it easy to identify leaks or bottlenecks.

Precise Pressure Regulators

Using more pressure than a process requires (artificial demand) is a leading cause of system-wide drops. EXAIR Pressure Regulators ensure that each application gets exactly the PSI it needs and nothing more. By lowering the pressure at the point of use to the minimum required, you preserve the “headroom” in your main lines.

The Bottom Line, combating pressure drop is about velocity and volume. By optimizing your piping layout and switching to high-efficiency end-use products like our intelligent, point-of-use compressed air products, you stop starving your tools and start saving on your electric bill.

If you’re ready to stop turning up the compressor, and start fixing the flow, give us a call!

Al Wooffitt
Application Engineer

Send me an Email
Find us on the Web
Like us on Facebook
Twitter: @EXAIR_AW

Banner image: Money-Burn-Gunjan-Pixaby

EXAIR High Lift Reversible Drum Vac™ System: Overview

Published on April 8, 2026April 8, 2026 by John BallLeave a comment

Not all liquid vacuums are the same. Have you seen motor burnout, loud noises, single directional flow, and potential electrical hazards? EXAIR manufactures a pneumatic venturi pump to remove all those issues, the High Lift Reversible Drum Vac System. It does not have any moving parts to wear; a two-way action to fill or expel liquid from standard drums; and is quiet. They only use compressed air to generate a powerful vacuum to lift liquid into a drum; and with a simple twist of the knob, it will push the liquid out. And by using compressed air, no electricity is required, making it safe to use. They work great for fluid transfers or liquid spills, and the High Lift Reversible Drum Vac can fill a 55-gallon (208L) drum in 85 seconds from 15 feet of lift. And with the powerful vacuum pressure, it can move thick liquid with viscosity up to 1400 centipoise through 20 feet (6m) of hose. How can this product be useful for you? If you work with liquids in a cistern, underground tanks, higher viscous fluids, or pits, EXAIR has a product for you; the High Lift Reversible Drum Vac System. They are reliable and simple to use, and that is why it was awarded the 2015 Product of the Year by Plant Engineering. In this blog, I will go over the specifications and packages that EXAIR offers.

The High Lift Reversible Drum Vac has stainless steel construction for corrosion resistance. It comes with a built-in safety relief valve to avoid over pressurizing and an internal float to stop any over-filling of the drum. The air consumption is only 43 SCFM (1,218 SLPM) at 80 PSIG (5.5 Bar), and it has a quiet noise level of only 83 dBA. Systems are available in 30-, 55- and 110-gallon capacities (114L, 208L, and 418L respectively) in different packages.

The standard package will include the two-way pump assembly, shutoff valve, 20′ (6m) vacuum hose, a 90° quick release elbow, a standpipe, and an aluminum chip wand. The standpipe is cut to length for the properly sized drum (the drum is not included in this option). The standpipe extends inside the drum to remove as much liquid as possible when emptying.

The Deluxe package will include all the items shown above in the Standard package and adds a drum dolly, ABS spill recovery kit, (2) extension wands, crevice tool, skimmer tool and a magnetic toolholder.

The Premium package will include all the items in the Standard package and adds the drum with lock ring and lid, drum dolly, ABS spill recovery kit, (2) different lengths of aluminum crevice tools, skimmer tool, a magnetic toolholder and a 20′ (6m) compressed air hose.

As I mentioned above, not all liquid vacuums are the same. The EXAIR High Lift Reversible Drum Vac System is maintenance-free for long-lasting use in industrial environments. We offer a 30-day unconditional guarantee for U.S. customers if you wish to try them out. And from now until May 31, 2026, EXAIR is having a promotion. With the purchase of one of our Industrial Housekeeping Products, you will receive a Vac-u-Gun with a vacuum bag, a $174.00 value, for free with qualified purchases. If you have any questions about the High Lift Reversible Drum Vac System or any of our other Industrial Housekeeping Products, you can contact an Application Engineer at EXAIR. We will be happy to help you.

John Ball
Application Engineer
Email: johnball@exair.com
Twitter: @EXAIR_jb

The Hierarchy of Controls and How It Applies to EXAIR Compressed Air Solutions

Published on April 7, 2026April 7, 2026 by Jordan T ShouseLeave a comment

In industrial environments, safety teams rely on the Hierarchy of Controls to reduce workplace hazards. Rather than relying on personal protective equipment (PPE), this process prioritizes eliminating risks at their source or engineering them out of the process. For manufacturers, maintenance teams, and engineers, applying the hierarchy of controls can significantly improve safety, reduce downtime, and increase efficiency.

Many compressed air applications—blow off, cooling, conveying, and static elimination—present opportunities to implement safer and more effective solutions using products from EXAIR.

What Is the Hierarchy of Controls?

The Hierarchy of Controls is a widely accepted framework in occupational safety used to minimize or eliminate exposure to hazards. It is commonly promoted by organizations like the Occupational Safety and Health Administration and the National Institute for Occupational Safety and Health.

The hierarchy ranks safety controls from most effective to least effective:

Elimination – Remove the hazard entirely
Substitution – Replace the hazard with a safer alternative
Engineering Controls – Isolate people from the hazard
Administrative Controls – Change the way people work
Personal Protective Equipment (PPE) – Protect the worker with gear

While elimination and substitution are ideal, they are not always feasible in manufacturing environments.

Applying the Hierarchy of Controls to Compressed Air Systems

1. Elimination

The most effective control is removing the hazard entirely. In compressed air systems, this can mean eliminating unsafe blow-off methods like open pipes or drilled tubing that create excessive noise, dangerous dead-end pressure, and flying debris. Replacing these setups with engineered solutions from EXAIR Corporation removes many of these hazards while maintaining performance.

2. Substitution

Substitution replaces hazardous equipment or processes with safer alternatives. In many facilities, this involves switching from improvised blow-off devices to engineered products like air nozzles or air knives. These solutions reduce noise, improve airflow efficiency, and significantly lower compressed air consumption.

3. Engineering Controls

Engineering controls isolate workers from hazards through equipment design. Many EXAIR products function as engineering controls by improving safety and reliability in compressed air systems. Devices like safety air nozzles, cabinet coolers, and air knives help control airflow, reduce noise levels, and prevent unsafe pressure conditions.

4. Administrative Controls

Administrative controls focus on improving procedures and training. This includes compressed air safety training, pressure guidelines, and routine system audits. While helpful, these controls rely on human behavior, so they are most effective when combined with engineered solutions.

5. Personal Protective Equipment (PPE)

PPE—such as safety glasses or hearing protection—is the last line of defense. It protects workers from hazards but does not remove the risk itself. Implementing engineered compressed air solutions can reduce many hazards before PPE becomes necessary.

Compressed air is one of the most widely used utilities in manufacturing—but it’s also one of the most misused. Improper blow off setups, excessive noise, and inefficient airflow can introduce safety hazards and energy waste.

With the right approach and the right equipment, companies can create safer, quieter, and more efficient processes—while maximizing the performance of their compressed air systems.

Solutions from EXAIR, help organizations move up the hierarchy by replacing unsafe methods with engineered products designed specifically for industrial environments.

Jordan Shouse, CCASS

Application Engineer / Sales Operations Engineer

Send me an email

Hierarchy of Controls Image courdsey of CDC.Gov

Step 3: Upgrade Your Blow off, Cooling, and Drying Operations

Published on April 6, 2026April 6, 2026 by Al WooffittLeave a comment

In the world of manufacturing, compressed air is often called the “fourth utility.” It’s essential, but it’s also expensive to produce. If you’re following the Six Steps to Optimize Your Compressed Air System, Step 3 is where you stop the bleeding.

Step 3, dear reader, is the subject of today’s blog.

Upgrading your blow-off, cooling, and drying operations from “homegrown” solutions to engineered products is one of the fastest ways to slash energy costs and improve plant safety.

The Problem with “In-House” Solutions

Many plants rely on makeshift blow-off devices: crimped copper tubes, pipes with drilled holes, or basic air nozzles found at a hardware store. While they seem “free” or cheap, they are incredibly inefficient.

High Air Consumption: They lack the physics to move air efficiently, requiring massive volumes of compressed air to do the job.
Dangerous Noise Levels: Drilled pipes produce a high-pitched shear that often exceeds OSHA noise exposure limits.
Safety Hazards: If a pipe or open tube is dead-ended against skin, it can lead to serious injury or air embolism.

The Engineered Solution: EXAIR Technology

This is where EXAIR engineered compressed air products change the game. Unlike a standard pipe, EXAIR products use the Coanda effect to “entrain” the surrounding room air. For every part of compressed air used, an EXAIR nozzle or air knife pulls in 30 to 40 parts of “free” ambient air.

EXAIR Intelligent Compressed Air Products such as (left to right) the Air Wipe, Super Air Knife, Super Air Nozzle, and Air Amplifier are engineered to entrain enormous amounts of air from the surrounding environment.

If you are drying a conveyor belt or cleaning wide sheets of material, a drilled pipe is a money pit. An EXAIR Super Air Knife provides a high-velocity, uniform sheet of air across the entire surface. It’s quiet (around 69 dBA for most applications) and reduces air consumption by up to 80% compared to open headers.

For targeted blow-off or part ejection, Super Air Nozzles replace open tubes and cheap nozzles. They provide a forceful, concentrated stream of air while meeting OSHA requirements for skin pressure and noise. You get more “push” for significantly less “psi.”

Step 3 isn’t just about blowing air; it’s about optimizing how air manages temperature and waste. From Vortex Tubes that provide spot cooling without refrigerants to Air Amplifiers for smoke and fume removal, these tools ensure you aren’t overworking your compressors for simple tasks.

The Bottom Line

Upgrading to EXAIR engineered products isn’t just a maintenance fix; it’s a financial strategy. Most facilities see a return on investment (ROI) in just weeks through reduced energy bills.

By replacing inefficient, loud, and dangerous blow-off methods with engineered solutions, you’re not just optimizing your compressed air—you’re creating a quieter, safer, and more profitable shop floor.