Steel Structures Engineering Machinery Parts Continuous Passing-Through Type Shot Blasting Machine
Simple description
Our factory provides quality, durable coatings for iron or aluminium in a wide variety of colors and finishes. Our ovens fit large and long items.
Powder Coating can restore your metal assets with a new finish. The Powder Coating process system can coat metal. For example we can coat metal file cabinets, shelving storage, cabinets, desks, lockers, elevator doors, mail boxes, gates, car rims, bike frames, railings, iron fencing & truck parts.
We keep peace with environmental technology, we donot use solvents on any product.
Powder coating can be used for a wide array of metal and non-metal surfaces. Powder coating is an eco-friendly alternative to liquid paint and high VOC chemical paint solutions.
Powder coating helps in reduction of air pollution. It also helps reduce health hazards to the operators.
Shot blasting
Shot blasting is a faster process compared to other metal finishing methods. It uses compressed air to force an abrasive material through a jet nozzle. It can be used for coating and finishing different types of metal surfaces. No matter the size of the project, our team is well-equipped to undertake projects of all sizes.
Advantages of shot blasting
* Eliminates usage of harsh chemicals
* High production rates
* Permanent bond between the coat and the surface
* Increases durability
Powder coating
When you choose us for metal finishing, you're sure to receive a high standard of workmanship. We only use the highest quality of materials to ensure long life expectancy. The coating process comprises 3 steps, which includes blast cleaning, under coating and powder coating. You can choose from a wide range of colours.
Benefits of powder coating
* Easy application
* Reduces risk of fire
* No solvent wastage
* More cost-effective
The process of powder coasting
Step 1
The first and most important step to powder coating is the pretreatment.
Powder Coating Unlimited understands this importance and treats all necessary parts with a high temperature Iron Phosphate rinse.
Phosphating allows surface from future corrosion.
Step 2
After pre- cleaning the parts to a dry, bare metal surface, a special electrostatic spray gun with 30,000 to 90,000 volts is used to apply a thin layer of "plastic" powder on to a pre-heated surface of the part to be coated.
Step 3
The final Step is a very important step to the finish coat.
The powder is held on to the part by static electricity.
Once coated, the parts are baked at 375 to 415 Fahrenheit.
The curing oven melts the dry powder to a "gel state" and then further curing causes this gel to harden into a very tough "plastic" coating.
This flowing and fusing of the coating in the final curing oven creates a continuous coating which is very hard and had no porosity.
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