Best Air Compressor For Sandblasting: Types, Structure, and How to Optimize Performance in Industry

Types of Air Compressors for Sandblasting

An air compressor is a mechanical device that increases the pressure of air by reducing its volume, delivering pressurized air to power tools and equipment. In sandblasting operations, a reliable and high-capacity air compressor is essential to maintain consistent airflow, ensuring effective surface preparation and cleaning.

Sandblasting requires a steady supply of high-volume, high-pressure air to propel abrasive media at sufficient velocity. The choice of air compressor significantly affects efficiency, project duration, and finish quality. The three primary types used in sandblasting are Reciprocating, Screw, and Centrifugal compressors—each offering distinct advantages depending on the scale and frequency of use.

Reciprocating Air Compressors

These compressors use a piston-driven mechanism within a cylinder to compress air. Available in single-stage and two-stage configurations, they are among the most common choices for small to medium sandblasting tasks.

Advantages

• Cost-effective for small operations
• Widely available and easy to maintain
• Available in electric, gasoline, and diesel models for portability
• Two-stage models deliver high pressure ideal for sandblasting

Limitations

• Intermittent airflow with pulsations
• Higher noise and vibration levels
• Shorter lifespan under continuous use
• Requires regular maintenance (e.g., oil changes, valve checks)

Best for: Small workshops, DIY projects, mobile sandblasting, and intermittent use

Screw Air Compressors

These rotary compressors use two intermeshing helical screws to generate a continuous flow of compressed air. Known for reliability and efficiency, they are ideal for industrial sandblasting environments.

Advantages

• Delivers constant, pulsation-free airflow
• High CFM output suitable for continuous blasting
• Durable with fewer moving parts than reciprocating models
• Energy-efficient over long operating periods

Limitations

• Higher initial purchase cost
• Larger footprint and heavier design
• More complex repairs requiring specialized technicians
• Less portable than reciprocating units

Best for: Medium to large-scale industrial operations, production lines, and continuous sandblasting

Centrifugal Air Compressors

These dynamic compressors use a high-speed rotating impeller to accelerate air and convert kinetic energy into pressure. They are designed for very high-volume applications and deliver exceptional performance in large facilities.

Advantages

• Extremely high airflow (CFM) capacity
• Oil-free operation ensures clean air supply
• Nearly pulse-free and smooth air delivery
• Low maintenance due to absence of oil and fewer wearing parts
• Ideal for integration into automated blasting systems

Limitations

• Very high initial investment
• Not suitable for low-volume or intermittent use
• Requires significant space and infrastructure
• Sensitive to dust and environmental conditions

Best for: Large manufacturing plants, shipyards, aerospace, and heavy industrial surface treatment

Type	Pressure & CFM Output	Durability	Operating Cost	Best Application
Reciprocating	Medium pressure, low to medium CFM	Good (with maintenance)	Low	Small shops, mobile units, part-time use
Screw	High pressure, high CFM	Excellent	Moderate to High	Industrial facilities, continuous operation
Centrifugal	Very high CFM, moderate to high pressure	Excellent	High (initial), low (long-term)	Large-scale, automated, or high-demand environments

Expert Tip: For effective sandblasting, ensure your compressor delivers sufficient CFM (Cubic Feet per Minute) at the required PSI (typically 90–120 PSI). A mismatch in airflow can lead to inconsistent blasting, clogging, or poor surface finish. Always match the compressor output to your blast pot’s specifications.

Pro Tip: Consider adding an air dryer and filtration system to your setup, especially when using oil-lubricated compressors. Moisture and oil in the air stream can compromise coating adhesion and reduce the effectiveness of the blasting process.

Specifications and Maintenance for Air Compressors Used in Sandblasting

Selecting the right air compressor for sandblasting is crucial for achieving efficient, consistent results while maximizing equipment lifespan. Beyond basic functionality, understanding key technical specifications ensures compatibility with your sandblasting setup and job requirements. Proper maintenance further enhances reliability, safety, and performance.

Key Specifications to Consider

Horsepower (HP)

Horsepower directly influences the compressor’s ability to generate airflow (measured in CFM) and maintain pressure (PSI). For effective sandblasting, a minimum of 5 HP is generally recommended. This power level ensures sufficient air volume and consistent pressure delivery, especially when using larger nozzles or working on extended projects.

Higher horsepower models (7.5–10 HP or more) are better suited for continuous industrial use, where uninterrupted airflow is critical. However, for light-duty or hobbyist applications, a 5–6 HP compressor may be more than adequate and energy-efficient.

Tank Size (Gallons)

The air tank acts as a reservoir, storing compressed air to meet sudden demand spikes during blasting. A larger tank reduces the frequency of compressor cycling, minimizing wear and providing a steadier air supply.

A 60-gallon tank is considered ideal for most professional sandblasting tasks, offering a good balance between runtime and portability. Smaller tanks (20–30 gallons) are suitable for intermittent use or mobile setups, but may struggle to maintain pressure during prolonged operation.

Compressor Type

Piston (Reciprocating) Compressors: Most common for sandblasting, especially in small to medium applications. They are cost-effective, durable, and capable of delivering pressures up to 175 PSI. Ideal for indoor workshops and general surface preparation.

Centrifugal (Rotary) Compressors: Used in large-scale industrial settings requiring continuous, high-volume airflow at pressures exceeding 125 PSI. These are more expensive and complex but offer superior efficiency and minimal pulsation, making them perfect for automated or high-throughput blasting systems.

Portability

Portability depends on your work environment. Stationary compressors (typically 60+ gallons) are best for fixed locations like fabrication shops, offering maximum power and air storage.

Portable units (20–30 gallons on wheels) are ideal for field work, restoration jobs, or sites without permanent power. When choosing a portable model, consider weight, mobility features (handles, wheels), and power source (electric vs. gas-powered for remote locations).

Intercoolers

An intercooler reduces the temperature of compressed air between compression stages. Cooler air is denser, allowing more air to be stored in the tank and delivered to the blast nozzle, improving blasting efficiency and consistency.

Intercoolers are particularly beneficial in multi-stage piston compressors and rotary systems, helping prevent overheating and extending component life.

Precoolers & Aftercoolers

Precoolers: Cool incoming ambient air before it enters the compressor, increasing intake efficiency—especially useful in hot environments.

Aftercoolers: Installed at the compressor outlet, they reduce the temperature of discharged air, increasing its density and reducing moisture content. This results in drier, more powerful airflow, minimizing clogging and rust in the system.

Together, these cooling systems enhance performance, reduce energy consumption, and improve air quality for cleaner blasting results.

Specification	Recommended for Sandblasting	Notes
Horsepower	5 HP minimum	7.5+ HP for industrial use; 5–6 HP for general tasks
Tank Size	60 gallons	30–80 gallons acceptable depending on job scale
Pressure (PSI)	90–125 PSI	Higher PSI needed for hard surfaces or large nozzles
CFM Output	15–25 CFM @ 90 PSI	Must match or exceed sandblaster requirements
Cooling System	Aftercooler recommended	Intercooler/precooler ideal for continuous operation

Essential Maintenance Practices

Check Oil Levels Regularly: Inspect oil before each use. Low or contaminated oil can cause overheating and damage internal components. Use compressor-specific oil and change it according to the manufacturer’s schedule.

Inspect and Clean Air Filters: A clogged filter reduces airflow efficiency and increases strain on the motor. Clean or replace filters monthly—or more often in dusty environments—to ensure clean air intake.

Drain Moisture from Tank: Water accumulates due to condensation and can lead to internal rust, reduced efficiency, and corrosion in the blast hose. Drain the tank daily via the bottom valve after each use.

Keep Equipment Clean and Lubricated: Wipe down the compressor and sandblaster regularly. Lubricate moving parts (e.g., seals, valves) as recommended to prevent wear and ensure smooth operation.

Avoid Running with Empty Hopper: Never operate the sandblaster with sand in the hopper when the compressor is off. Residual sand can settle and clog the blast pot or nozzle. Always shut down the system before refilling.

Use Protective Framing: Install a protective cage or frame around the compressor, especially if transported frequently. This shields vital components from impact, debris, and accidental damage.

Reduce Noise with Silencers: Attach a silencer or muffler to the exhaust or blast nozzle to minimize noise pollution, improving workplace safety and comfort—especially in enclosed spaces.

Important: Always consult your air compressor’s user manual for model-specific maintenance intervals and procedures. Using incorrect lubricants, ignoring moisture buildup, or operating beyond rated capacity can lead to premature failure, safety hazards, or voided warranties. Regular care not only extends equipment life but also ensures optimal sandblasting performance and operator safety.

Industries Using Sandblasting Air Compressors: Applications & Benefits

Sandblasting air compressors are essential tools across a wide range of industries due to their ability to deliver high-pressure air for surface preparation, cleaning, and finishing. These compressors power abrasive blasting systems that remove contaminants, smooth surfaces, and prepare materials for coating—ensuring durability, performance, and longevity of industrial components. Below is a detailed overview of key industries leveraging sandblasting compressors and the specific applications they support.

Foundries

Foundries rely heavily on sandblasting compressors for mold and casting maintenance. After casting, residual sand and metal oxides must be thoroughly removed to ensure product integrity and dimensional accuracy.

• Cleaning casting molds to eliminate leftover sand, scale, and slag for improved mold reuse and casting quality
• Surface texturing of molds to enhance release properties and reduce friction during casting
• Preparing molds for protective coatings that extend service life and improve thermal resistance
• Removing flash and burrs from finished cast parts for smoother finishes

Key benefit: Enhanced casting consistency and reduced defect rates through precise mold cleaning.

Construction

In the construction sector, surface preparation is critical for structural integrity and coating adhesion. Sandblasting compressors are used both on-site and in maintenance workshops.

• Preparing steel beams, rebar, and structural components for anti-corrosion coatings
• Removing paint, rust, and contaminants from concrete and masonry surfaces before repair or resurfacing
• Maintaining heavy equipment such as excavators, cranes, scaffolding, and pumps by stripping old coatings and corrosion
• Refurbishing rental tools and machinery to extend usable life and maintain safety standards

Pro tip: Use adjustable pressure settings to avoid damaging softer substrates like aluminum or thin steel.

Automotive

The automotive industry uses sandblasting compressors extensively in manufacturing, restoration, and repair operations to ensure clean, contaminant-free surfaces for painting and coating.

• Stripping paint, grease, and rust from car bodies, frames, and chassis during restoration or repair
• Preparing engine components such as cylinder heads, blocks, transmission cases, and differentials for rebuilding or coating
• Surface profiling aluminum and steel parts to improve paint adhesion and finish quality
• Removing carbon deposits and oil residue from internal engine parts

Critical factor: Precision control is essential to avoid warping or damaging delicate engine components.

Shipbuilding and Marine

Marine environments are highly corrosive, making surface preparation vital for vessel longevity. Sandblasting compressors play a central role in ship maintenance and new construction.

• Removing salt-induced rust, old paint, and marine growth (barnacles, algae) from hulls and decks
• Preparing offshore platforms, pipelines, and subsea structures for protective coatings
• Surface cleaning of propellers, rudders, and ballast tanks to prevent corrosion and biofouling
• Refurbishing dry-docked vessels before repainting or re-coating

Environmental note: Closed-loop blasting systems are increasingly used to contain abrasive media and prevent pollution.

Aerospace

In aerospace, precision and material integrity are paramount. Sandblasting compressors are used in controlled environments to clean and prepare high-performance components.

• Surface preparation of aircraft fuselages, wings, and landing gear for priming and painting
• Cleaning turbine blades and engine parts to remove oxidation and deposits without damaging sensitive alloys
• Peening surfaces to induce compressive stress and improve fatigue resistance
• Removing coatings and sealants during scheduled maintenance and inspections

Technical note: Fine abrasives like glass beads or aluminum oxide are preferred for delicate aerospace materials.

Wind Power

Wind turbines operate in harsh outdoor conditions, requiring regular maintenance to combat corrosion and wear. Air compressors enable efficient surface treatment of large components.

• Deoxidizing and cleaning wind turbine blades to prepare for protective coatings that reduce erosion
• Removing rust from towers, nacelles, and hub assemblies before repainting
• Maintaining gearboxes, generators, and pitch systems by cleaning internal and external surfaces
• Surface preparation for field repairs on remote wind farms using portable blasting units

Smart choice: Mobile compressor setups allow for on-site maintenance, reducing downtime and transportation costs.

Tools and Equipment

Industrial tools and machinery require regular cleaning and refurbishment to maintain efficiency and safety. Sandblasting compressors offer a fast, effective method for restoring tool surfaces.

• Removing rust, paint, and grime from hand tools, wrenches, sockets, and dies
• Refurbishing power tools such as drills, grinders, and impact drivers
• Cleaning molds, dies, and jigs used in manufacturing processes
• Preparing worn equipment for powder coating or galvanization

Time-saving tip: Batch processing with a blasting cabinet increases efficiency for tool maintenance.

Additional Industrial Applications

Beyond the core industries listed, sandblasting compressors are also used in niche but critical sectors:

• Railway: Cleaning locomotive frames, bogies, and railcars before repainting
• Oil & Gas: Surface prep for pipelines, valves, and pressure vessels in refineries and offshore rigs
• Historical Restoration: Gentle removal of corrosion from vintage machinery and architectural elements
• Manufacturing: Deburring, descaling, and finishing metal parts post-machining

Emerging trend: Eco-friendly blasting media (e.g., crushed walnut shells, dry ice) are gaining traction for sustainable operations.

Professional Recommendation: When selecting a sandblasting compressor, consider CFM (cubic feet per minute) output, pressure capacity (PSI), duty cycle, and portability. For industrial applications, opt for oil-lubricated, stationary compressors with high airflow. For mobile or intermittent use, compact rotary or reciprocating models may be more suitable. Always match the compressor to the abrasive media and nozzle size for optimal performance.

Industry	Primary Use	Common Abrasive Media	Typical Pressure Range (PSI)
Foundries	Mold and casting cleaning	Silica sand, steel grit	80–120
Construction	Surface prep and equipment maintenance	Steel shot, slag, garnet	90–130
Automotive	Paint stripping and part prep	Glass beads, aluminum oxide	60–100
Shipbuilding & Marine	Hull cleaning and corrosion removal	Slag, garnet, steel grit	100–150
Aerospace	Precision cleaning and surface finishing	Glass beads, plastic media	40–80
Wind Power	Blade and tower maintenance	Garnet, crushed glass	80–120
Tools & Equipment	Refurbishment and coating prep	Steel shot, aluminum oxide	70–110

Best Practices for Sandblasting Compressor Use

• Air Quality: Use moisture traps and air dryers to prevent water contamination, which can cause rust and uneven blasting.
• Safety: Always wear PPE including respirators, goggles, and protective suits when operating blasting equipment.
• Maintenance: Regularly inspect hoses, nozzles, and filters to ensure consistent airflow and pressure.
• Media Selection: Match abrasive type and grit size to the substrate and desired finish (e.g., fine for polishing, coarse for heavy rust removal).
• Environmental Compliance: Follow local regulations for dust control, media disposal, and noise levels, especially in urban or sensitive areas.

How to Choose the Best Air Compressor for Sandblasting

Selecting the right air compressor for sandblasting is essential for achieving efficient, consistent results while ensuring equipment longevity and operator safety. Unlike general-purpose applications, sandblasting places high demands on air delivery, requiring precise matching of compressor capabilities to the blasting system. This comprehensive guide covers the key technical and practical factors to consider when choosing the best air compressor for your sandblasting needs—whether for small DIY projects or large-scale industrial work.

Important Note: Using an undersized or incompatible air compressor can lead to poor blasting performance, inconsistent media flow, equipment damage, and increased downtime. Always match your compressor specifications to your sandblaster’s requirements for optimal results.

1. Understanding CFM Requirements

The most critical factor in selecting an air compressor for sandblasting is the Cubic Feet per Minute (CFM) output. CFM measures the volume of air the compressor can deliver, which directly affects the sandblaster’s ability to propel abrasive media effectively.

• Check the manufacturer’s manual or specifications for your sandblasting nozzle or pot to determine its required CFM at a given pressure (e.g., 90 CFM at 90 PSI).
• The air compressor should deliver at least 1.5 times the required CFM to account for pressure drops, hose length, and continuous operation.
• For example, if your sandblaster requires 80 CFM, choose a compressor rated for 120 CFM or higher.
• Portable compressors often list "peak" CFM, which may not reflect sustained output—always prioritize continuous duty CFM ratings.

2. Matching PSI (Pounds per Square Inch)

PSI determines the force with which the abrasive media is propelled. Most sandblasting systems operate between 80–120 PSI, but this varies by application:

• Light-duty cleaning or paint removal: 80–90 PSI
• Heavy rust or scale removal: 100–120 PSI
• Ensure the compressor can maintain the required PSI at the needed CFM—not just achieve it momentarily.
• Higher PSI demands more powerful motors and robust tank design; verify that both the compressor and air lines are rated for the intended pressure.

3. Power Source and Portability

The job site environment dictates the ideal power source for your compressor:

• Electric Compressors: Ideal for indoor or workshop use with access to 110V or 220V power. Quiet and low-maintenance but limited by cord length and outlet availability.
• Gas/Diesel-Powered Compressors: Best for remote or outdoor job sites without electricity. Offer greater mobility and higher output but are louder, require fuel, and need more maintenance.
• Consider whether you need a stationary unit (larger tanks, continuous output) or a portable model (wheeled, compact) based on your project scope and location.

4. Tank Size and Air Storage Capacity

The air tank size (measured in gallons or liters) affects how long the compressor can run before the motor needs to cycle on to replenish air.

• Larger tanks (60+ gallons) provide more stored air, reducing motor cycling and maintaining consistent pressure during extended blasting sessions.
• Smaller tanks (20–30 gallons) are more portable but may struggle with continuous use unless paired with a high-output pump.
• Note: A large tank doesn’t compensate for low CFM. Even with ample storage, the compressor must be able to refill quickly enough to keep up with demand.

5. Duty Cycle: Sustained Performance Matters

The duty cycle indicates how long a compressor can run before needing to cool down. It's expressed as a percentage (e.g., 75% duty cycle = 45 seconds on, 15 seconds off per minute).

• For intermittent use (e.g., short bursts with breaks), a 50–60% duty cycle may suffice.
• For continuous sandblasting (30+ minutes at a time), choose a compressor with a 100% duty cycle rating to prevent overheating and extend motor life.
• Industrial-grade compressors typically offer higher duty cycles and are built for prolonged operation.

Sandblasting Application	Recommended CFM	PSI Range	Tank Size	Duty Cycle
Small DIY Projects (e.g., bike frames, tools)	10–30 CFM	80–90 PSI	20–30 gallons	50–70%
Medium Projects (e.g., car bodies, gates)	40–80 CFM	90–100 PSI	40–60 gallons	75–100%
Industrial/Commercial Blasting	100+ CFM	100–120 PSI	80+ gallons or remote receiver tank	100%

6. Additional Considerations

• Noise Level: Sandblasting already generates significant noise; opt for a quieter compressor (70–80 dB) if working in residential or indoor areas.
• Air Quality: Moisture and oil in the air stream can clog nozzles and affect blasting performance. Use a coalescing filter or air dryer, especially in humid environments.
• Hose Diameter and Length: Use a minimum 3/8-inch inner diameter hose to minimize pressure drop. Keep hoses as short as practical (ideally under 50 feet).
• Warranty and Support: Look for compressors with at least a 1–2 year warranty and accessible customer service or replacement parts.
• Price vs. Value: While budget is important, investing in a durable, properly sized compressor reduces long-term costs from inefficiency, downtime, and repairs.

Expert Tip: Pair your compressor with a remote air receiver tank near the blasting area to stabilize pressure, reduce cycling, and improve performance—especially when using long air hoses.

Final Recommendations

Choosing the best air compressor for sandblasting isn't just about power—it's about matching the right tool to your specific workflow. Always:

• Verify the CFM and PSI requirements of your sandblasting equipment.
• Prioritize continuous CFM and duty cycle over peak ratings.
• Consider portability, power source, and noise for your work environment.
• Invest in quality air filtration to protect your system and ensure consistent performance.
• When in doubt, consult with a sandblasting equipment supplier or technician to ensure compatibility.

By carefully evaluating these factors, you’ll not only improve blasting efficiency and finish quality but also extend the life of both your compressor and sandblasting system.

Frequently Asked Questions About Air Compressors for Sandblasting

Q1: What kind of air compressor is best for sandblasting?

For effective sandblasting, you need a powerful and reliable air compressor capable of delivering consistent airflow under high demand. The ideal specifications include:

• Horsepower (HP): At least 5 HP or higher. Higher horsepower ensures the motor can sustain long run times without overheating, especially during continuous blasting sessions.
• CFM Output: A minimum of 10 CFM at 90 PSI. This ensures sufficient airflow to keep the abrasive media moving steadily through the nozzle. Some larger sandblasters may require 15–20 CFM or more.
• Tank Size: A 60-gallon or larger tank is recommended for extended use, as it reduces cycling frequency and provides a steady reserve of compressed air.
• Type: Both portable and stationary compressors can work, but stationary models with dual-stage compression are preferred for professional or frequent use due to their durability and efficiency.

Always match your compressor’s output to your sandblaster’s requirements—underpowered units will cause inconsistent blasting, clogging, and premature wear on equipment.

Q2: Is a bigger sandblaster better for my project?

Larger sandblasters offer increased productivity, but whether they're "better" depends on your specific needs:

• Higher Production Speed: Bigger nozzles (e.g., 1/4" or 3/8") allow more abrasive media to pass through per minute, making them ideal for large-scale projects like rust removal on metal structures, ship hulls, or concrete surfaces.
• Project Scale: For small jobs like automotive restoration or hobbyist metalwork, a smaller sandblaster (1/8" to 3/16" nozzle) is often sufficient and more cost-effective.
• Cost & Power Usage: Larger units require more air volume (CFM), which means a more powerful—and expensive—compressor. They also consume abrasive media faster, increasing material costs.
• Mobility & Control: Smaller sandblasters are easier to handle and offer greater precision for detailed work.

In short, a bigger sandblaster is better for large, industrial jobs, but overkill for small tasks. Consider your typical project size, budget, and available compressor power before upgrading.

Q3: Does CFM really matter in sandblasting?

Yes—CFM (Cubic Feet per Minute) is one of the most critical factors in sandblasting performance. Here’s why:

• Airflow Requirement: Sandblasting relies on a continuous stream of compressed air to propel abrasive particles at high velocity. If your compressor cannot deliver the required CFM, the blasting pressure drops, leading to inefficient cleaning or incomplete surface prep.
• Nozzle Size Dependency: Larger nozzles require exponentially more CFM. For example:
  • 1/8" nozzle: ~8–10 CFM at 90 PSI
  • 3/16" nozzle: ~14–16 CFM at 90 PSI
  • 1/4" nozzle: ~20+ CFM at 90 PSI
• Compressor Sizing: Your air compressor should provide at least 1.5 times the CFM requirement of your sandblaster to account for pressure drops, hose length, and moisture traps.
• Consistency: Adequate CFM ensures a steady blast stream, reducing clogs and allowing for uniform surface treatment.

Ignoring CFM can result in poor results and equipment strain. Always verify your compressor’s actual delivered CFM—not just advertised—before purchasing a sandblasting system.

Q4: Why does sandblasting require so much compressed air?

Sandblasting is an air-intensive process due to the physics of abrasive media propulsion:

• High-Velocity Propulsion: To effectively clean, etch, or strip surfaces, abrasive particles must be accelerated to high speeds (often exceeding 600 mph). This requires a large volume of compressed air to generate the necessary force.
• Continuous Flow: Unlike intermittent tools like impact wrenches, sandblasters run continuously during operation, demanding a constant supply of air without pressure drops.
• Media Suspension: The air must not only propel the abrasive but also keep it suspended in the blast hose to prevent clogging and ensure smooth delivery.
• Pressure Maintenance: Even minor leaks or undersized hoses can cause pressure loss, reducing effectiveness. High CFM helps maintain stable PSI at the nozzle.

Think of the air compressor as the engine of your sandblasting system—the stronger and more consistent it is, the better the results you’ll achieve on tough surfaces like rusted steel, concrete, or painted finishes.

Q5: How long does a typical sandblasting job take?

The duration of a sandblasting job varies significantly based on multiple factors:

Factor	Impact on Time
Surface Area	A small engine block may take 1–2 hours, while a full car frame or large metal structure could take 8–16+ hours.
Nozzle Size & Pressure	Larger nozzles at higher PSI (80–100) remove material faster but consume more air and media.
Type of Coating/Rust	Light paint may come off quickly, while heavy mill scale or layered rust requires multiple passes and more time.
Abrasive Media	Garnet or aluminum oxide cut faster than sand or glass beads, reducing overall job time.
Operator Experience	Skilled users maintain optimal distance and angle, maximizing efficiency and minimizing rework.
Compressor Performance	An underpowered compressor causes frequent pauses, extending job time significantly.

On average, a moderately experienced user with proper equipment can sandblast 20–50 square feet per hour, depending on the application. Planning, setup, cleanup, and media disposal also add to total project time. Always allow extra time for complex geometries or heavily corroded surfaces.