electrical spray machine

Approx. Rs 3,000 / PieceGet Latest Price

Approx. Rs 35,000 / PieceGet Latest Price

Approx. Rs 3,000 / PieceGet Latest Price

An airless painting gun is the end-point of a high-pressure system that atomizes paint by forcing it through a tiny orifice at extreme pressure ($500$ to $3,500$ psi), rather than using compressed air. This results in a faster application, thicker coats, and a professional-grade finish.

Think of a garden hose: if you put your thumb over the end, the water turns into a spray. An airless gun does this at much higher intensity.

• No Air: Unlike HVLP (High Volume Low Pressure) systems, no air mixes with the paint.

• Atomization: The sheer force of the paint hitting the still air at the nozzle "shatters" the liquid into tiny droplets.

• Transfer Efficiency: Because there is no air "blowing" the paint, more material actually lands on the wall and less floats away as overspray compared to traditional compressed air sprayers.

The tip is the most important part of the gun. The three-digit code on the handle tells you exactly what it does:

• First Digit (Fan Width): Multiply this by 2 to get the spray width (in inches) from $12$ inches away.

  • Example: A 517 tip creates a 10-inch wide fan.

• Last Two Digits (Orifice Size): This is the size of the hole in thousandths of an inch.

  • Example: A 517 tip has a 0.017-inch opening.

• Trigger Guard: Prevents accidental discharge.

• Gun Filter: A small mesh filter inside the handle. It’s the final defense against clogs reaching the tip.

  • Tip: Use a fine mesh (100) for thin stains and a coarse mesh (60) for latex.

• Reversible Tip ("SwitchTip"): If the tip clogs, you simply rotate it $180$°, pull the trigger to blow the clog out, rotate it back, and keep painting.

This is the most critical safety rule: Never put your finger near the tip.

At $3,000$ psi, the paint stream can act like a needle, injecting paint directly through your skin into your bloodstream or tissue. This is a surgical emergency and often looks like a minor cut initially.

Always engage the trigger lock when not actively spraying and use a tip guard.

• The "Move-Then-Pull" Technique: Start moving your arm before you pull the trigger, and keep moving after you release it. This prevents "hot spots" (thick piles of paint) at the start and end of your stroke.

• Overlap: Aim for a 50% overlap on each pass to ensure even thickness.

• Distance: Keep the gun exactly 12 inches from the surface. If you "arc" your wrist, the paint will be thinner at the ends of the stroke.

Would you like me to help you choose a specific tip size for a project you're working on, or would you like a guide on how to properly clean the gun to prevent it from seizing up?

Approx. Rs 45,000 / PieceGet Latest Price

A Metalizing Thermal Spray Gun (often simply called a "Metalizing Gun") is a specialized industrial tool used to apply metallic coatings to surfaces for corrosion protection, wear resistance, or dimensional restoration.

While "Thermal Spray" is the broad category, Metalizing specifically refers to the process of coating a substrate (usually steel or concrete) with metals like Zinc, Aluminum, or their alloys.

The gun operates on a simple "Melt-Atomize-Impact" principle:

1. Feeding: A metal feedstock (usually in wire or powder form) is fed into the gun.

2. Melting: A heat source (either an Oxy-Fuel flame or an Electric Arc) melts the metal at the tip of the gun.

3. Atomization: Compressed air is injected around the melting zone, breaking the liquid metal into tiny molten droplets.

4. Deposition: These droplets are propelled at high speed onto a prepared surface, where they flatten and solidify instantly to form a "sandwich" of interlocking metallic layers.

The most portable and traditional type. It uses a combination of oxygen and fuel gas (Acetylene, LPG, or Propane) to create a flame that melts the wire.

• Pros: Field-portable, requires no electricity (if using a gas-driven turbine), and very reliable.

• Best For: Applying zinc or aluminum for anti-corrosion on bridges or large tanks.

This gun uses two metallic wires charged with opposing electric polarities. When the wires touch, they create an electric arc that melts them.

• Pros: High deposition rates (very fast), lower operating costs than gas, and creates a stronger bond.

• Best For: Large-scale industrial projects and coating internal diameters of pipes.

Additional Information:

• Delivery Time: reday
• Packaging Details: it will be convey with box