Sand & Shot Blasting in Delhi

Sand & Shot Blasting in Delhi

Looking for advanced Sand & Shot Blasting in Delhi?

Jai Ambay Etching Process offers high-precision surface cleaning and preparation solutions for a wide range of industrial applications. Our sandblasting and shot blasting techniques effectively remove rust, paint, scale, and surface contaminants from metal parts, molds, and heavy machinery. Ideal for improving surface adhesion before coating or painting, our services ensure a clean, smooth, and uniform finish. With advanced equipment and an experienced team, we deliver reliable, efficient, and high-quality blasting services trusted across Delhi’s manufacturing and industrial sectors.

Get best Sand & Shot Blasting services in India

Achieve perfect surface preparation with the best sand & shot blasting services in India, offered by Jai Ambay Etching Process. Our advanced blasting techniques effectively remove rust, paint, scale, and contaminants from metal surfaces, ensuring optimal adhesion for coatings and finishes. Whether you're preparing molds, industrial components, or heavy machinery, we provide clean, uniform, and high-quality results every time. Backed by over 25 years of experience, modern equipment, and skilled technicians, we deliver reliable and efficient blasting solutions tailored to your industry needs across India.

By providing an impeccably clean, smooth, and uniform finish, our blasting services create the perfect base surface to ensure optimal adhesion for subsequent coatings or painting processes. Trusted by manufacturing and industrial sectors across Delhi and India, Jai Ambay combines experience, modern equipment, and skilled technicians to deliver reliable, efficient, and top-quality blasting solutions tailored to specific client requirements.

What is sand & shot blasting?

Sandblasting involves blasting abrasive materials—typically sand or specialty media—against a surface at high velocity to vaporize rust, old coatings, scale, and other impurities. It effectively cleans and prepares surfaces without damaging the base material.

Shot blasting, on the other hand, uses small steel or metallic shots propelled at high speeds to clean, scale, or strengthen metal surfaces. It is widely used in heavy industrial applications and can improve surface roughness, enhance fatigue resistance, and prepare surfaces for further finishing processes.

Both methods are essential for surface preparation, maintenance, and restoration across diverse industries.

Applications of Sand & Shot Blasting
  • Mold and Die Preparation: Ensuring clean, contaminant-free molds to improve coating adhesion and durability.
  • Heavy Machinery Maintenance: Removing rust and scale to extend component life and restore surface integrity.
  • Metal Fabrication: Surface cleaning before welding, painting, or powder coating.
  • Automotive Industry: Cleaning automotive parts for repair, restoration, or repainting.
  • Construction Equipment: Preparing structural steel and heavy equipment for finishing.
  • Why Choose Jai Ambay for Sand & Shot Blasting?

    ✔ Over 25 years of industry experience delivering consistent results.

    ✔ Advanced blasting equipment for precision cleaning and surface profiling.

    ✔ Skilled technicians trained to handle delicate molds and heavy machinery alike.

    ✔ Environmentally responsible blasting materials and waste management.

    ✔ Customized blasting services tailored to part size, material, and finish requirements.

    ✔ Reliable turnaround with emphasis on quality and customer satisfaction.

    Benefits of Sand & Shot Blasting at Jai Ambay
  • Thorough removal of rust, coatings, scale, and contaminants for pristine surfaces.
  • Improves surface adhesion for subsequent coatings and finishes.
  • Extends component and tooling life by preventing corrosion and degradation.
  • Restores worn parts to near-original condition efficiently and cost-effectively.
  • Controlled surface roughness to meet technical and aesthetic standards.
  • All Product Range

    5 Axis Laser Texturing

    5-Axis Laser Texturing uses multi-directional lasers to create precise patterns on complex 3D surfaces. It offers high accuracy and is ideal for detailed, curved designs.
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    3D Laser Engraving

    Mould Texturing is the process of adding patterns or finishes to a mold’s surface to create textured effects on molded parts. It enhances appearance, grip, and functionality, and is widely used in automotive, plastic, and consumer goods industries.
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    Chemical Etching

    Chemical Etching This process is applied in many industries to create intricate designs and patterns on metal surfaces. One of the applications of chemical etching is on chair backrest molds.
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    Mould Polishing

    Any type of mold needs to be polished to make it long-lasting and lustrous. The quality of the surface of a mold is an important factor in deciding the performance and aesthetics of a manufactured product.
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    Teflon Coating

    Mold texturing is the process of adding patterns or finishes to a mold’s surface to create textured effects on molded parts. It enhances appearance, grip, and functionality and is widely used in the automotive, plastic, and consumer goods industries.
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    Laser Engraving

    Technology has advanced rapidly, making processes easier, faster, and more sustainable than ever before. One such advancement is 3D laser engraving—a cutting-edge alternative to traditional manual engraving methods.
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    Laser marking

    Laser Marking In a crisis, time is of the essence. Therefore, the effectiveness of an emergency response system depends on the quality and reliability of tools at their disposal.
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    3D Surface Etching

    A wide variety of molded parts are patterned or textured at Jai Ambay. Normally, the pattern is reproduced on the molding surfaces of the tool by the mold etching process.
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    Mould Texturing

    Mold texturing is the process of adding patterns or finishes to a mold’s surface to create textured effects on molded parts. It enhances appearance, grip, and functionality and is widely used in the automotive, plastic, and consumer goods industries.
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    PTFE/Non-Stick Coating

    PTFE nonstick coatings provide a durable, heat-resistant surface that prevents sticking and allows easy cleaning in industrial and cookware applications.
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    Sand & Shot Blasting

    Our sand & shot blasting services are designed to clean, smooth, or prepare surfaces by forcibly propelling abrasive material under high pressure.
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    Frequently Asked Questions — Sand & Shot Blasting in Delhi

    01 What is the difference between Sand Blasting and Shot Blasting?
    Sand Blasting uses angular silica sand or aluminium oxide abrasive propelled by compressed air to clean and roughen surfaces - creating angular texture ideal for coating adhesion. Shot Blasting uses spherical steel or cast iron shot propelled by a centrifugal wheel to peen and clean surfaces, creating a dimpled texture that induces compressive stress and improves fatigue resistance. Jai Ambay Etching Process in Delhi offers both processes.
    Key applications at our Delhi facility include surface preparation before painting, powder coating, thermal spray, E-coating, and PTFE coating; removal of rust, mill scale, weld spatter, and old paint; matte or satin finishing of stainless steel and aluminium components; shot peening of springs and gears for fatigue life improvement; and cosmetic finishing for industrial manufacturing sector fabrications.
    For mould preparation before laser or chemical texturing in Delhi, we use angular aluminium oxide (Al2O3) grit in 80-120 mesh size. This creates Sa 2.5 surface cleanliness and Ra 2-3 micron roughness ensuring uniform texture depth and preventing blotchy results. Steel shot is avoided for mould surfaces as spherical impact can create micro-depressions that interfere with fine textures.
    We blast to ISO 8501-1 and SSPC standards: Sa 1 (light blast), Sa 2 (commercial blast), Sa 2.5 (near-white metal - most common for coating prep), and Sa 3 (white metal - for thermal spray). Surface profile is measured to confirm it meets the coating manufacturer specification before any coating is applied.
    Standard high-pressure sand blasting can distort thin sheet metal under 1.5 mm. For thin or precision parts, we use controlled low-pressure blasting with fine media (220+ mesh glass bead or aluminium oxide) and proper fixturing to prevent deflection. Our operators in Delhi adjust blast pressure, distance, and angle for each part type to achieve consistent cleaning without dimensional distortion.
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