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Radio frequency Small vacuum plasma cleaning machine for scientific research or school pictures & photos

Radio frequency Small vacuum plasma cleaning machine for scientific research or school

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Min. Order / Reference FOB Price
1 Set	US $4000.00/ Set

Local Area:	Shenzhen, Guangdong, China
R&D Capacity:	OEM, ODM, Other
Payment Terms:	LC, T/T, D/P, Paypal, Western Union

Brand:	TONSON
Machine Type:	Other
Applicable Industries:	Hotels, Garment Shops, Building Material Shops, Manufacturing Plant, Machinery Repair Shops, Farms,
After Warranty Service:	Video technical support, Online support

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Product Description
This equipment can improve the infiltration ability of the surface of the material, so that a variety of materials can be coated, plated and other operations, enhance the adhesion force, bonding force, while removing organic pollutants, oil or grease.
Specifications
Item NO.TS-PL10 MAcavity materialStainless steelPower frequency13.56mhzVolume(L)10Power(W)0-500W (adjustable)Cavity dimensions(L*W*H)mm200*200*270Overall dimentions(L*W*H)mm 660*500*600Control SystemPLC+Touch ScreenVacuum degree100paGas flow50-200MLCleaning time1-3000s (adjustable)Cooling modeAir coolingGas channelTwo-way working gas;O2,ArControl modeAutomatic and Manual modeVacuum cavity temperature<50°CVacuum pumpOil pump/dry pump(optinal)Frequency offset<0.2KHzPower supplyAC220VRemark:Specialized equipment can be customized for different material forms, sizes and production capacity.
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Comparison before and after plasma treatment:
The contact Angle of liquid on the surface of solid material is an important parameter to measure the wettability of liquid on the surface of material. If θ<90°,the solid surface is hydrophilic, and the smaller the Angle, the better the wettability; if θ>90°, the solid surface is hydrophobic.The measurement of the dyne value is very common in printing, coating, laminating, welding and other applications. It can reflect the ability of the material surface to bond easily. In general, the greater the dyne value, the better the bonding performance of the surface with another material.
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