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Industrial Grade In Stock 1-Year Warranty

Sponge Jet Blasting Machine

ModelSand Blasting Machine
SKUSB-04FE7B13
Response< 24 Hours
DispatchGlobal Support
4.7 / 5 Buyer Rated (148 reviews)

Surface preparation recreates a critical role in industries such as construction, oil & gas, marine, automotive, aerospace, and manufacturing. Traditional blasting methods like sand blasting machines, grit blasting machines, and shot blasting machines have long been used for cleaning and coating preparation.

30-45%Faster Prep
25%+Adhesion Gain
20-35%Less Rework
AVAILABLE SIZE
300kg 500kg 800kg 1000kg
NOZZLE SIZE
6mm 8mm 10mm
Price range: Request best quote for your configuration Commercial quote is shared after requirement matching.

Technical Specifications

Machine Type Manual/Semi-Automatic/Automatic
Operating Pressure 40-120 PSI (2.7-8.2 Bar)
Media Type Sponge Media with Embedded Abrasives
Blasting Rate 10-50 m²/hr
Nozzle Size 6-12 mm
Country India
Brand Spray Blast

Key Components

Sponge Media Feeder Unit

Sponge Media Feeder Unit

Core Part

The sponge media feeder unit is the core component of a sponge jet blasting machine that stores and controls the flow of sponge media. It ensures a consistent supply of abrasive-laden sponge particles, delivering them at the right pressure for effective surface cleaning and preparation. This unit regulates media consumption, improves efficiency, and supports the recycling of sponge media for cost-effective and eco-friendly blasting operations.

Verified For This Model
Air Compressor for Sponge Blasting Machine

Air Compressor for Sponge Blasting Machine

Core Part
Compressor Type Rotary Screw or Reciprocating Piston Compressor
Air Pressure Requirement 100-150 PSI
Air Flow Capacity 250-1000 CFM
Power Supply 50-200 HP
Filtration System Multi-stage filters
Verified For This Model
Blasting Hose for Sponge Blasting Machine

Blasting Hose for Sponge Blasting Machine

Core Part
Material Heavy-duty abrasion-resistant rubber with reinforced coating
Diameter Range 19 mm (¾”)-50 mm (2”)
Working Pressure 150-300 PSI
Temperature Range -40°C to +80°C
Length 10-20 meters 
Verified For This Model
Sponge Blasting Nozzle

Sponge Blasting Nozzle

Core Part
Material Tungsten, Boron, Silicon Carbide
Nozzle Type Venturi, Straight Bore, Wide-Angle Nozzle
Inner Diameter 4-12 mm
Working Pressure 60 – 150 PSI
Blast Angle 0° (straight), 45°, 90°
Weight 300-700 grams
Verified For This Model

Applications

  • Marine & Shipbuilding Industry: Rust removal, hull cleaning, ballast tank maintenance, and coating preparation.
  • Oil & Gas Industry: Pipeline cleaning, refinery equipment maintenance, offshore platforms.
  • Aerospace Industry: Cleaning delicate aircraft components without damaging substrates.
  • Automotive & Railways: Surface preparation for painting, rust removal, chassis cleaning.
  • Power Plants: Cleaning turbines, boilers, and structural steel.
  • Construction Industry: Concrete cleaning, graffiti removal, surface texturing, and preparation.
  • Food & Pharmaceutical Industries: Hygienic cleaning without generating harmful dust or contaminants.

Sponge Blasting Machine Complete Guide

Surface preparation recreates a critical role in industries such as construction, oil & gas, marine, automotive, aerospace, and manufacturing. Traditional blasting methods like sand blasting machines, grit blasting machines, and shot blasting machines have long been used for cleaning and coating preparation. However, these methods often generate excessive dust, noise, and environmental concerns. This is where the sponge jet blasting machine has revolutionized the blasting industry with its eco-friendly, dustless, and controlled surface cleaning technology.

A sponge blasting machine is an advanced surface preparation system that uses sponge media embedded with abrasives to clean and profile surfaces. Unlike traditional sand blasting machines or grit blasting machines, the sponge jet system reduces dust by up to 95%, making it one of the cleanest blasting technologies available.

The sponge media compresses upon impact, removing contaminants and coatings, and then expands to capture dust and debris, resulting in a clean, dry, and environmentally safe process.

How Does a Sponge Jet Blasting Machine Work?

The working principle of the sponge jet blasting machine involves:

  • Sponge Media Projection: The machine propels sponge media embedded with abrasives at the target surface.
  • Impact and Cleaning: Upon impact, the sponge flattens, exposing the abrasive media, which removes rust, coatings, or contaminants.
  • Dust Collector: As the sponge rebounds, it expands and encapsulates the debris and dust, leaving the surface clean and minimizing airborne particles.
  • Media Recovery & Reuse: Up to 95% of the sponge media can be collected, cleaned, and reused, making it cost-effective compared to traditional blasting.

Advantages of the Sponge Jet Blasting Machine

The sponge blasting equipment offers several benefits over conventional blasting machines:

  • Dustless Blasting: Reduces airborne dust by 95%, improving safety and visibility.
  • Environmentally Friendly: Uses recyclable sponge media, reducing waste.
  • Precise Surface Preparation: Achieves high-quality surface profiles (SSPC-SP5, SP10, etc.) for coatings and paints.
  • Low Noise Operation: Safer for operators in confined or noise-sensitive environments.
  • Reusable Media: Saves costs by recycling sponge abrasive media multiple times.
  • Reduced Cleanup Costs: Less dust and debris minimize post-blasting cleaning efforts.
  • Versatile Applications: Can be used for steel, concrete, aluminum, composites, and sensitive equipment.

Sponge Jet Blasting vs Sand Blasting

Many users compare sponge blasting machines with sand blasting machines. Here are the key differences:

  • Dust Control: Sponge blasting is almost dust-free, while sand blasting generates dust.
  • Media Reusability: Sponge media can be reused up to 95%, while sand is single-use.
  • Environmental Impact: Sponge blasting is eco-friendly and complies with safety standards.
  • Surface Quality: Sponge blasting produces cleaner, more controlled surface finishes.
  • Cost Efficiency: Although the initial cost is higher, sponge blasting saves money in media reuse and cleanup.

Sponge Jet Blasting Machine Price in India

The sponge jet blasting machine price in India varies depending on several key factors such as the pressure rating and capacity of the machine, the type and quality of sponge media used, and whether the system is manual, semi-automatic, or fully automatic. Additional elements like the availability of recovery and recycling systems, and customization based on industry requirements, also influence the final cost. Generally, the sponge jet blasting machine price range suits small workshops as well as large-scale industrial applications.

Sponge Jet Blasting Machine Manufacturer in India

We are the leading sponge jet blasting machine manufacturer in India, and also a supplier of sponge blasting equipment worldwide. We also offer a sponge blasting machine, sand blasting machine, internal pipe blasting machine, sand blasting hopper, sand blasting booth, sand blasting cabinet, abrasive blasting machine, roller conveyor blasting machine, granite engraving machine, table shot blasting machine, grit blasting machine, dust collector, air compressor, abrasive media, and mineral powder, etc.

Request A Custom Quote For Sponge Jet Blasting Machine

Share your application, production target, and material details. Our engineering team will recommend the right configuration with timeline and pricing.

Frequently Asked Questions

A sponge jet blasting machine is an advanced surface preparation system that uses sponge media embedded with abrasives to clean, polish, or prepare surfaces with minimal dust and rebound.

The sponge blasting machine is suitable for steel, concrete, aluminum, composites, and delicate substrates where conventional abrasive blasting may cause damage.

Yes, sponge media can be recycled multiple times (typically 6–10 cycles), reducing operating costs compared to traditional blasting methods.

Generally, an air compressor with a capacity of 200–500 CFM is required, depending on the blasting application and nozzle size.

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