Pecvd Plasma Enhanced Chemical Vapor Deposition Vacuum Nc-si Coating Machine

The equipment is arranged in a straight line,using chain transmission,automatic control,high efficiency,simple operation; The chamber of the equipment is separated by the pneumatic rectangular high vacuum gate valve,which ensures the independence of each chamber. In addition,the vacuum chamber can be added on the basis of the system,and the linear arrangement structure of more rooms can be upgraded to realize continuous automation coating.

Multi-arc ion coating equipment has properties of fast deposition,high ionization rate,and film with good adhesion; Our company developed a new generation arc source with permanent magnetic and electromagnetic composite,rotating transverse magnetic field enhanced in cooperation with foreign experts to optimize the work of cathode arc spot,reduce the deposition of large particles,high utilization of the target material,and comprehensive equipment Significant increase in performance; The equipment is suitable for sputtering Cr, Mo, Ti, Au, Al, CrAI, CrB, CrMo, CrSi, TiAl, TiB,etc.and their nitride and carbide coatings, MCrAIY High temperature protective coating.

Special magnetron target design,which has applied for a patent; Achieve continuous coating of wire;Low-temperature deposition,continuous wire and no damage on the wire surface during continuous coating. Application fields: Aerospace alloy wire; High melting point wire (such as tungsten) ; Bond wires in the Led and IC industry; Contactor materials for advanced appliances and communications.

The chemical vapor deposition (CVD) method is used to deposit diamond-like carbon (DLC) films on the surface of the workpiece to improve the surface hardness,anti-friction and low friction properties of the workpiece. 1. The equipment is designed and manufactured in cooperation with the Southwest Research Institute of the United States (SwRI). It is used to deposit diamond-like carbon film (DLC) on the surface of the workpiece to improve the surface hardness, friction, or high-temperature performance of the workpiece. It can be used in automotive parts, worm gear blades, tools, glass Anti-high temperature and anti-corrosion surface engineering treatment in industrial fields. 2. It is composed of a vacuum chamber, observation window, lighting lamp, diffusion pump suction unit, vacuum measurement, inflation system, master control power supply, central water station, and rack, etc. 3. The surface of the vacuum outdoor is polished. There is a support in the vacuum room to place heavier workpieces. 4. The system is controlled by computer, with PLC and touch screen centralized control.

Scientific research vacuum equipment is featured by versatility,compact in structure and beautiful on appearance; A variety of specifications and sizes are available for selection,which can be customized according to the user’s needs,and solve the user’s request from the principle; Easy to operate,manual and automatic control. Application fields: Scientific research institutes,colleges and universities for experiment,research,teaching; Research and development of small and medium-sized enterprises,laboratories,and small-scale production of products; Aerospace,electronic information, Material metallurgy,applied physics,etc.

Special magnetron target design,which has applied for a patent; Achieve continuous coating of wire;Low-temperature deposition,continuous wire and no damage on the wire surface during continuous coating. Application fields: Aerospace alloy wire; High melting point wire (such as tungsten) ; Bond wires in the Led and IC industry; Contactor materials for advanced appliances and communications.

Military explosives and initiating explosive devices,propellant,etc; Civil industrial explosives,fireworks,etc; New material yield.

This equipment is designed and manufactured in cooperation with Southwest Research Institute (SwRI) ; Diamond-like carbon (DLC) thin film coating suitable for the inner wall of long metal pipe; Suitable for oil,natural gas,etc.pipeline which needs to be used for inner wall protection treatment.

The equipment utilizes the combination of ion beam sputtering and magnetron sputtering to achieve the need for coating on hard-to-deposit substrate surfaces such as ceramic surfaces. Application fields: Preparation of metal multilayer films on ceramic contactors; Preparation of high-precision multi-layer electrode films on cnherical suurfaces in high-purified alumina ceramic bowls.

Established in 1995

1. Organize design and manufacture in accordance with ISO9000-2001 quality management system to ensure product quality, timely delivery, and provide quality after-sales service.