PRODUCTS

Product overview

A single processing system can carry 24 plasma spray guns of various types, full network matching, intelligent integration integration, with more space-saving, more types of applications, with RS485/RS232, start-stop I/O control mode, convenient and fast, reduce costs, used in different occasions, to meet a variety of different products and processing environments.

Product features

● It can be installed in the customer's equipment production line in the in-line type to reduce the customer's input cost;

● Long service life and low maintenance cost.

Scope of application

Mainly used in the electronics industry mobile phone case printing, coating, dispensing and other pre-treatment, mobile phone screen surface treatment; Surface cleaning of aerospace electrical connectors for the defense industry; Screen screen, printing, transfer pre-treatment for general industries, etc.

Plasma cleaning systems have several functions at low temperatures: plasma surface treatment modification, grafting polymerization, and deposition polymerization. The so-called surface modification refers to changing the activity and ion implantation of the surface or thin layer of the raw material, which is generally called the reduction treatment method. Because the kinetic energy of low-temperature plasma (up to 20 ev) is much higher than the chemical bond energy (10 ev) in organic chemistry, it is very active. When processing fibrous organic matter, the chemical fibers on the surface of the treated raw materials are easily broken, thereby improving the hydrophilicity, abrasion resistance, pollution resistance and coloring performance of the chemical fiber or textile material. Plasma technology grafting polymerization is used to activate the surface layer, introduce special active functional groups, and then use grafting to connect several specific carbon bonds of the original surface layer to generate a new surface layer. Precipitation polymerization refers to the formation of organic matter in the form of plasma on the surface during the treatment process according to the processing technology standards.

In the low-temperature plasma cleaning system management system, the electron temperature is only higher than the positive ion and neutron temperature in the low-temperature plasma treatment system, while the heavy particle temperature is not high, so it is not suitable for some nanocomposite surface layers. Low-temperature plasma treatment introduces a large number of functional groups on the surface of the polymer raw material, for example, the use of various non-polymer vapors (O2, H2, Ar) to generate -OH and other functional groups that change the surface characteristics of the polymer raw material on the surface of the raw material. When an external operating voltage is used, the molecular structure of noble gases (N2, O2, CO, etc.) penetrates, introduces positive ions and molecules of the functional groups of -OH and -NH2 into the surface layer of the raw material, or directly forms oxygen radicals on the surface of the material. The newly introduced oxygen radicals can also be connected to certain molecular structures on the surface of the raw material through ionic bonds, giving the polymer new surface properties. Plasma surface treatment technology is commonly used for surface hydrophobicity, compatibility, activation modification, etc.

Plasma surface treatment machine (also called plasma cleaning machine), using low-temperature plasma treatment system, will not cause damage to the product, and low-temperature plasma is widely used in the change of surface mechanical properties of plastic metal materials, such as material wear, hardness, friction, fatigue, corrosion resistance, etc.

Product overview

A single processing system can carry 24 plasma spray guns of various types, full network matching, intelligent integration integration, with more space-saving, more types of applications, with RS485/RS232, start-stop I/O control mode, convenient and fast, reduce costs, used in different occasions, to meet a variety of different products and processing environments.

Product features

● It can be installed in the customer's equipment production line in the in-line type to reduce the customer's input cost;

● Long service life and low maintenance cost.

Scope of application

Mainly used in the electronics industry mobile phone case printing, coating, dispensing and other pre-treatment, mobile phone screen surface treatment; Surface cleaning of aerospace electrical connectors for the defense industry; Screen screen, printing, transfer pre-treatment for general industries, etc.

Plasma cleaning systems have several functions at low temperatures: plasma surface treatment modification, grafting polymerization, and deposition polymerization. The so-called surface modification refers to changing the activity and ion implantation of the surface or thin layer of the raw material, which is generally called the reduction treatment method. Because the kinetic energy of low-temperature plasma (up to 20 ev) is much higher than the chemical bond energy (10 ev) in organic chemistry, it is very active. When processing fibrous organic matter, the chemical fibers on the surface of the treated raw materials are easily broken, thereby improving the hydrophilicity, abrasion resistance, pollution resistance and coloring performance of the chemical fiber or textile material. Plasma technology grafting polymerization is used to activate the surface layer, introduce special active functional groups, and then use grafting to connect several specific carbon bonds of the original surface layer to generate a new surface layer. Precipitation polymerization refers to the formation of organic matter in the form of plasma on the surface during the treatment process according to the processing technology standards.

In the low-temperature plasma cleaning system management system, the electron temperature is only higher than the positive ion and neutron temperature in the low-temperature plasma treatment system, while the heavy particle temperature is not high, so it is not suitable for some nanocomposite surface layers. Low-temperature plasma treatment introduces a large number of functional groups on the surface of the polymer raw material, for example, the use of various non-polymer vapors (O2, H2, Ar) to generate -OH and other functional groups that change the surface characteristics of the polymer raw material on the surface of the raw material. When an external operating voltage is used, the molecular structure of noble gases (N2, O2, CO, etc.) penetrates, introduces positive ions and molecules of the functional groups of -OH and -NH2 into the surface layer of the raw material, or directly forms oxygen radicals on the surface of the material. The newly introduced oxygen radicals can also be connected to certain molecular structures on the surface of the raw material through ionic bonds, giving the polymer new surface properties. Plasma surface treatment technology is commonly used for surface hydrophobicity, compatibility, activation modification, etc.

Plasma surface treatment machine (also called plasma cleaning machine), using low-temperature plasma treatment system, will not cause damage to the product, and low-temperature plasma is widely used in the change of surface mechanical properties of plastic metal materials, such as material wear, hardness, friction, fatigue, corrosion resistance, etc.