FARROW FLOW® Insert
– Jeremi R. Day Sr, PCS
AMPP Senior Certified Coating InspectorFARROW FLOW® Wet or Dry blasting.
The patented Farrow Flow® insert is designed to improve your existing dry blast system. When inserted into the airline, the air is directed in a helical pattern creating a vortex which picks up the media creating an optimal mix at the end of the nozzle giving you a 25% or more wider spread. This means less time, lower pressure, lower media, and fuel consumption, and easier on your operator!
Length
2.563”
65.10mm
Width
2.437”
61.89MM
Thread
1.25” NPT Male
Thread
1.25” NPT Female
Thread
Physical Data
INTERIOR INSERT:
(ABS) acrylonitrile
butadiene styrene
EXTERNAL SLEEVE:
(PVC)polyvinyl
chloride
US Patent
63/085329
1.25” NPT Female
Thread
In minutes, you can convert your existing blast pot and achieve the following:
Farrow Flow Inserts are Available Across North America, South America and Europe
Why Use Our Inserts?
- 25% Faster
- 25% Less Media
- Converts Any Dry, Wet or Dry Ice Blast Pot
- Easy installation
- Patented Pending Worldwide
- Eco-Friendly
- Lower Pressures = Lower Emissions
About Us
In October 2021, Farrow Holdings Inc. launched a second company brand Farrow Flow, Inc. with a new patented insert that improves the performance of directional airflow in a conduit. This exciting invention improves the performance of all types of blasting by at least twenty-five percent.
In 1998, founder and inventor Nigel Farrow began looking for new ways to improve the speed and performance of an early generation slurry blast machine by adding heat to the process. The first patent
named,“The Method for Removal of Surface Coatings” was granted and the first Farrow System was manufactured and in production. Farrow System is known as the industry standard on which all current day wet abrasive blast machines are built. During years of research and observation in the field, Farrow noticed the skilled blasting operators consistently moving the nozzle in a circular motion while blasting to get the best profile on the substrate.
Farrow Flow are now available in North and South America and Europe
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Farrow Flow
FARROW FLOW®️technology previously only available on Farrow System slurry machines are now available
🎯More paint on the part. Less in the air.
Traditional straight airflow wastes material, increases overspray, and drives VOC emissions higher.
Farrow Flow Vortex Technology conditions the airflow before it reaches the HVLP gun — increasing transfer efficiency up to 85–90%, reducing overspray, and allowing you to spray at lower pressure.
Lower pressure = Lower VOCs.
Higher efficiency = Faster jobs.
Cleaner spray pattern = Better finish.
Stop forcing paint. Start directing energy.
Upgrade your spray system.
🌪️ Powered by Farrow Flow
#farrowflow #hvlp #industrialcoatings #paintefficiency #LowerVOCs #transferefficiency #SprayTechnology #ManufacturingInnovation #surfacefinishing
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The industry myth:
More PSI = better blasting.
The reality:
Velocity drives performance.
Farrow Flow reorganizes airflow to increase velocity at lower pressure — reducing wear, media use, and downtime.
#IndustrialBlasting#SurfacePreparation
#powdercoating#DryIceBlasting
#ManufacturingInnovation
#ProcessEfficiency
#fluiddynamics
#industrialengineering
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HVLP systems are designed to reduce overspray — but airflow still matters.
The Farrow Flow insert creates a controlled vortex that harnesses Bernoulli’s principle, converting pressure into velocity and helping paint wrap onto the surface instead of drifting away.
Result:
✅ Higher first-pass transfer efficiency
✅ Less overspray and bounce-back
✅ Lower VOC emissions
✅ Faster, smoother coverage at lower pressure
🎯More coating on the part. Less waste in the booth.
link.msgsndr.com/sp/fe6b15248a6
#HVLP #IndustrialCoatings #PaintEfficiency #VOCreduction #FarrowFlow #SprayFinishing #CoatingOperations #ManufacturingEfficiency
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🏥Saving Dry Ice & Time in Medical Facility Cleaning with Farrow Flow
Medical and pharmaceutical facilities increasingly use dry ice blasting to clean equipment because it’s non-abrasive, chemical-free, and produces no secondary waste.
But dry ice consumption and cleaning time can become costly when airflow energy is inefficient. Enter Farrow Flow® for Dry Ice...
Example Job — Medical Facility Cleaning
Cleaning task: Removal of residue and contaminants from packaging and processing equipment.
➡️Standard Setup (Straight-Line Air)
• Cleaning time: 5 hours
• Dry ice consumption: 500 lbs
• Multiple passes required due to airflow scatter
🌪️With Farrow Flow Insert Installed in the Machine Air Line
By focusing airflow energy and improving particle impact:
✅ Cleaning completed in ≈3.5–4 hours
✅ Dry ice consumption reduced to ≈350–375 lbs
✅ Faster contaminant removal per pass
💰Savings Per Job:
• 125–150 lbs of dry ice saved
• 1–1.5 hours labor saved
• Reduced compressor runtime
• Quieter operation due to lower pressure needed
• Faster return of equipment to production
Facility Impact Over Time
For facilities cleaning weekly or daily:
✔ Thousands of pounds of dry ice saved annually
✔ Reduced cleaning cost per cycle
✔ Less downtime for critical equipment
Bottom Line:
Farrow Flow helps medical facilities clean faster while using less dry ice and less energy.
❄️ Less media
⏱ Faster cleaning
💰 Lower operating cost
🤫 Quieter cleaning
🌐 link.msgsndr.com/sp/8b24de62ad9
#dryiceblasting #medicalmanufacturing #pharmaceuticalcleaning #industrialcleaning #facilitymaintenance #processimprovement #farrowflow #manufacturingefficiency
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🛑Why are we still using 100+ PSI to clean steel?
For decades, the abrasive blasting industry has been stuck on one "truth": If you want to clean faster, you need more pressure.
But more pressure usually just means more dust, more fuel, and more shattered media. It’s brute force, not efficiency.
Enter Farrow Flow and Bernoulli’s Principle. 🌪️
By retrofitting a simple vortex insert into your blast line, we’re changing the math:
✅ Pressure down (by 25-35 PSI)
✅ Velocity up (faster particle impact)
✅ Coverage wide (25% larger blast pattern)
We’ve seen Farrow Flow cut labor and media costs by 25%—sometimes up to 50% on heavy coatings. We aren't just pushing media harder; we’re using vortex fluid dynamics to make it move smarter.
Stop paying for high-pressure fuel consumption when you could be cleaning faster with a "tornado in a pipe."
#IndustrialBlasting #SurfacePrep #Engineering #FarrowFlow #FluidDynamics #Sustainability
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