Features
Why Choose TIMS COATING?
2003
Enterprise Establishment
22
Experiences
180
Employees
115000
Cover An Area
5800
Registered Capital
120
Patents
We Have The Best Solutions for Your Business
PROFESSIONAL MANUFACTURER OF HIGH-END ENAMEL.COATING AND AUTOMATION EQUIPMENT
TIMS Group Company was firstly founded in 2003 in Shenzhen City. It is a professional company engaged in the research and development, design, production, installation, commissioning, sales, after-sales service, and technical consulting of automated, information-based, greening energy saving and intelligent enamel spraying, high-temperature enamel firing equipment, dust-free painting, powder coating, electrophoresis and other coating equipment, logistics and conveying equipment, robot automation and other non-standard automation equipment. It is a national high-tech enterprise, vice chairman unit of China Enamel Industry Association, benchmark enterprise of China Enamel Industry Association, intellectual property demonstration enterprise of Guangdong Province, contract abiding and trustworthy enterprise of Guangdong Province, specialized, refined, special and new small and medium-sized enterprise of Guangdong Province, innovative small and medium-sized enterprise of Guangdong Province, gazelle enterprise of Dongguan City, member unit of China Household Electrical Appliances Association, and member of the Enamel Technical Committee of the National Standardization Technical Committee for Metal and Non metal Coatings.
I've been engineering industrial coating solutions with TIMS since 2003, and I’ve seen countless manufacturing innovations. But few things are as elegantly effective as e-coating. The heart of any air conditioner or refrigerator is its compressor, and it lives a brutal life of heat, vibration, and constant exposure to corrosive humidity. The single most critical factor in its longevity isn't just its mechanical design, but the integrity of its protective skin. This is where a world-class compressor electrophoresis line moves beyond simple painting and becomes an electrochemical fortress builder, guaranteeing protection in places you can't even see.
The fatal flaw of any sprayed-on coating is that it’s a "line-of-sight" process. It only covers what the gun can see. But think about a compressor shell, with its intricate welds, mounting brackets, and sharp edges. These are the places where corrosion begins, and they are precisely the places a spray gun misses. This is the challenge that a modern compressor electrophoresis line was born to solve. By immersing the compressor in an electrolyte bath and applying a direct current, we force the coating particles to travel and adhere to every single conductive surface, no matter how hidden. It’s a process that guarantees a 100% uniform, pinhole-free layer of defense.
What truly fascinates me as an engineer is the precision control we can achieve. A state-of-the-art compressor electrophoresis line is a symphony of chemistry, electricity, and mechanics. We meticulously manage a multi-stage pre-treatment to ensure the surface is perfectly clean, then we control the e-coating bath's pH, conductivity, and temperature with scientific accuracy. The voltage and deposition time are precisely calculated to control the film thickness down to a single micron. This isn't a simple "dip and dry" operation; a high-performance compressor electrophoresis line is a precision instrument that delivers maximum protection with minimal waste.
For any major HVAC or appliance manufacturer, that level of precision is everything. A coating failure that leads to a field recall can be catastrophic for the brand's reputation and bottom line. That's why I see an investment in a robust, automated compressor electrophoresis line as the best insurance policy a company can buy for its product. It is a fundamental commitment to long-term quality, ensuring that the heart of their product is protected by the most reliable and complete coating technology ever developed.
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Frequently Asked Question
Do you have any question?
Absolutely. A key part of the service from an expert manufacturer like TIMS is the custom design and layout of the system. A well-designed compressor electrophoresis line is engineered to integrate seamlessly into your existing workflow, matching your production speed and fitting within your available factory footprint to create a smooth, continuous flow of production.
In a compressor electrophoresis line, the terms refer to the polarity of the part being coated. While both exist, the cathodic process (where the part is the cathode) is the universal standard for high-durability applications like compressors. Cathodic e-coating provides significantly superior corrosion and chemical resistance, which is why it is the exclusive focus for high-performance systems.
Yes, it is one of the most environmentally responsible coating methods available. The compressor electrophoresis line uses water-based paints with extremely low levels of Volatile Organic Compounds (VOCs). The process is highly efficient with a closed-loop system that recycles unused coating, leading to minimal waste and a cleaner, safer manufacturing environment.
The primary benefit of a compressor electrophoresis line is superior corrosion protection, often exceeding 1,000 hours in salt spray tests. Other key advantages include a precisely uniform coating thickness (even on sharp edges), high material utilization (over 95%), a very low environmental impact due to water-based coatings, and the ability to fully automate the process for high-volume production.
Compressors have complex shapes with many welds, seams, and edges that are impossible to cover consistently with a spray gun. A dedicated compressor electrophoresis line is essential because its immersion process guarantees 100% coverage. The electric field drives the coating into every crevice, providing a complete, seamless barrier against corrosion, which is the number one cause of premature compressor failure.
A compressor electrophoresis line is a highly automated industrial system that applies a protective coating through a process called electrodeposition or "e-coating." The compressor shell is submerged in a bath of water-based coating particles. An electric current is then applied, causing the particles to migrate and deposit onto the part, forming a perfectly uniform, tightly bonded film over the entire surface, which is then cured in an oven.