TN Plasma Treatment Of Plastic Surface / Atmospheric Normal Pressure Rotary Plasma Cleaner

The TN-60 atmospheric atmospheric plasma cleaning machine uses low temperature plasma technology as the most ideal process for material surface treatment. It can be processed online with automation equipment, with good processing effect, low cost, safe and environmentally friendly treatment engineering, comprehensive monitoring during processing, and is valued and welcomed by manufacturers and scientific research institutions.

The plasma emitted by the atmospheric atmospheric plasma cleaning machine is neutral and non-charged, and can be used for surface treatment of polymer materials, plastics, metals, rubber, and PCB materials to improve the surface bonding strength, hydrophilicity, binding, etc. . The surface performance of the plasma cleaning machine is stable, the time is long, the rework phenomenon is reduced, the treatment process is pollution-free, no waste water, energy saving and environmental protection.

TN-60 Atmospheric Pressure Plasma Cleaner:

TN-60 Atmospheric Pressure Plasma Cleaner Applications:

1. Automobile manufacturing industry

2. Plastic rubber industry

3 photoelectric manufacturing industry

4. Chemical fiber and textile industry

5. Printing and coding industry

This technology is widely used in the following industries: petroleum, chemical, chemical fiber, pharmaceutical, tobacco, rubber, food, leather, paint, color printing, printing.

Laboratory-specific plasma cleaners produced by TN R&D plasma cleaning machines, and universities and colleges are the first choice for universities and colleges.

Plasma is an ionized gas composed of a large number of free electrons and ions and neutral particles. It is a peculiar state of matter. Therefore, plasma is also called the fourth state or plasma state of matter.

The application of plasma in industry has a very broad prospect. An important application of high temperature plasma is controlled nuclear fusion. Medium and low temperature plasma are used for cutting, welding and spraying, as well as various new types of electric light sources and displays. Low-temperature plasma are used for surface polymerization, surface grafting, and surface modification of materials.

The most important feature of the laboratory plasma cleaning technology is that it can be processed regardless of the substrate type of the object to be processed. For metals, semiconductors, oxides, and most polymer materials, such as polypropylene, polyester, polyimide, Polychloro ethane, epoxy, and even PTFE can all be handled well, and can achieve overall and partial and complex structure cleaning.

TN plasma cleaning also has the following features: easy to use CNC technology, high degree of automation; with high-precision control device, the precision of time control is high; the correct plasma cleaning will not produce damage layer on the surface. The surface quality is guaranteed; because it is carried out in a vacuum, it does not pollute the environment and ensures that the cleaning surface is not subject to secondary pollution.

Plasma cleaner application:

1. Conventional cleaning methods do not completely remove the surface film of the material, leaving a very thin layer of impurities, and solvent cleaning is a typical example of this.

2. The use of plasma cleaners is to gently and completely scrub the surface by bombarding the surface of the material with plasma.

3. Plasma cleaning will remove invisible oil film, tiny rust, and other contaminants formed on the surface due to the user's exposure to outdoor exposure, etc. Moreover, plasma cleaning will not leave a residue on the surface.

4. Plasma cleaners can handle a wide range of materials including plastics, metals, ceramics and surfaces with different geometries.

5. The best advantage of the plasma cleaner is that it can not only clean the surface of dirt, but also can enhance the surface of the adhesive properties of PL-BM6 atmospheric plasma cleaner.

    The domestic plasma cleaning machine is based on the disadvantages of expensive plasma cleaning machines in foreign countries and is difficult to promote. It has absorbed the advantages of the existing domestic and foreign plasma cleaning machines, combined with the needs of domestic users, and developed a new series of plasma using advanced technology. washing machine. In addition to the advantages of other plasma cleaners, this product has the advantages of stable performance, high cost performance, high cleaning efficiency, easy operation, low cost of use and easy maintenance. The product can adapt to the special requirements of different users. The cleaning chamber is available in heat-resistant glass and stainless steel, and the stainless steel cleaning compartment is available in round and square sizes.

Features:

Organic cleaning of metals, glass, silicon wafers, ceramics, plastics, and polymer surfaces (such as paraffin, grease, mold release, protein, etc.).

Change the performance of some material surfaces.

Activates the surface of materials such as glass, plastics, and ceramics to enhance the adhesion, compatibility, and wettability of these materials.

Remove the oxide layer on the surface of the metal material.

Sterilize and sterilize the objects to be cleaned.

Advantages:

It has the characteristics of stable performance, high cost performance, easy operation, low use cost and easy maintenance.

The super-cleaning and modification of the surfaces of various metals, ceramics, glass, silicon wafers, plastics, etc. with various geometries and different surface roughness.

Thoroughly and thoroughly remove organic contaminants from the sample surface.

Regular processing, rapid processing, and high cleaning efficiency.

Environmental protection, no chemical solvents, no secondary pollution to the sample and the environment.

Ultra-cleaning is performed at room temperature and the sample is non-destructively treated.

Application area:

Ultra-cleaning of optical devices, electronic components, semiconductor devices, laser devices, coated substrates, and terminal mounting.

Cleaning optical lenses, electron microscope lenses, and other lenses and slides.

The photoresist material on the surface of the optical element, semiconductor element, etc. is removed, and the oxide on the surface of the metal material is removed.

Clean semiconductor components, printed circuit boards, ATR components, artificial crystals, natural crystals, and precious stones.

Clean the biochip, microfluidic chip, and deposition gel substrate.

Polymer surface modification.

The cleaning and modification in the packaging field enhances its adhesion and is suitable for direct encapsulation and adhesion.

Improve the adhesion and adhesion of glue used in bonding optical components, optical fibers, biomedical materials, and aerospace materials.

In the field of coating and coating, the surface of glass, plastics, ceramics, and high polymers is modified to activate it, enhance surface adhesion, wettability and compatibility, and significantly improve the coating quality.

The pretreatment of titanium dental implants and silicone die materials in the dental field enhances their wettability and compatibility.

In the medical field, prosthetics are used to pretreat graft and biomaterial surfaces to enhance their wettability, adhesion, and compatibility. Sterilize and sterilize medical devices.