CED coating plant CED process is industrially used for applying coatings to metal fabricated products. It has been widely used to coat automobile bodies and parts, tractors and heavy equipment, electrical switch gear, appliances, metal furniture, beverage containers, fasteners, and many other industrial products. The first patent for a cathodic ED product was issued in 1965 and assigned to BASF AG. PPG Industries, Inc. was the first to introduce commercially cathodic EPD in 1970. The first cathodic EPD use in the automotive industry was in 1975. Today, around 70% of the volume of EPD in use in the world today is the cathodic EPD type, largely due to the high usage of the technology in the automotive industry. It is probably the best system ever developed and has resulted in great extension of body life in the automotive industry

Hydro Blasting, commonly known as water blasting, is a widespread abrasive water discharge operation. As such, it is very successful because of its powerful Hydro Blasting effect. In most cases, because of its efficiency, hydro blasting machine will require only one operator for a given application. Pressure and Flow both play key roles in an efficient high pressure Hydro Blasting Equipment, and applications respond differently to each variable. Typically, hardened deposits respond better to higher pressures, and softer materials are best removed with higher flows. Each application is unique, though, and we can help you determine which combination of pressure and flow will work best for you.

Because powder coating does not have a liquid carrier, it can produce thicker coatings than conventional liquid coatings without running or sagging, and powder coating produces minimal appearance differences between horizontally coated surfaces and vertically coated surfaces. Because no carrier fluid evaporates away, the coating process emits few volatile organic compounds (VOC). Finally, several powder colors can be applied before curing them all together, allowing color blending and bleed special effects in a single layer.

Liquid painting plant can be applied in many different ways. The three major components of a paint line are pretreatment, application, and cure. The type of industrial application process will be determined by the product, the volume, the quality requirements, and other factors. It may be as simple as a dip tank and a method of hanging parts, or it may be a fully enclosed automated system that allows continuous pretreatment, application, and curing.The actual layout and specific equipment vary widely, but all paint lines have the same general stages: a loading area, pretreatment or cleaning stage, application stage, curing stage, and unloading area.

Hydro Blasting, commonly known as water blasting, is a widespread abrasive water discharge operation. As such, it is very successful because of its powerful Hydro Blasting effect. In most cases, because of its efficiency, hydro blasting machine will require only one operator for a given application. Pressure and Flow both play key roles in an efficient high pressure Hydro Blasting Equipment, and applications respond differently to each variable. Typically, hardened deposits respond better to higher pressures, and softer materials are best removed with higher flows. Each application is unique, though, and we can help you determine which combination of pressure and flow will work best for you.

Because powder coating does not have a liquid carrier, it can produce thicker coatings than conventional liquid coatings without running or sagging, and powder coating produces minimal appearance differences between horizontally coated surfaces and vertically coated surfaces. Because no carrier fluid evaporates away, the coating process emits few volatile organic compounds (VOC). Finally, several powder colors can be applied before curing them all together, allowing color blending and bleed special effects in a single layer.

CED coating plant CED process is industrially used for applying coatings to metal fabricated products. It has been widely used to coat automobile bodies and parts, tractors and heavy equipment, electrical switch gear, appliances, metal furniture, beverage containers, fasteners, and many other industrial products. The first patent for a cathodic ED product was issued in 1965 and assigned to BASF AG. PPG Industries, Inc. was the first to introduce commercially cathodic EPD in 1970. The first cathodic EPD use in the automotive industry was in 1975. Today, around 70% of the volume of EPD in use in the world today is the cathodic EPD type, largely due to the high usage of the technology in the automotive industry. It is probably the best system ever developed and has resulted in great extension of body life in the automotive industry

Liquid painting plant can be applied in many different ways. The three major components of a paint line are pretreatment, application, and cure. The type of industrial application process will be determined by the product, the volume, the quality requirements, and other factors. It may be as simple as a dip tank and a method of hanging parts, or it may be a fully enclosed automated system that allows continuous pretreatment, application, and curing.The actual layout and specific equipment vary widely, but all paint lines have the same general stages: a loading area, pretreatment or cleaning stage, application stage, curing stage, and unloading area.