Efficient Plasma Radiofrequency Generator for Vacuum Technology - RPG-128

Plasma Radiofrequency Generator RPG-128 for Continuous Low-Temperature Plasma Applications

Manufacturer:LVT+ LLC
Price:Request Quote

Bulk pricing available

FOB, CIF & EXW terms available

Description

The electrodeless radio-frequency plasma generator is designed for creation and maintenance of gas-discharge low-temperature plasma in working volumes of vacuum technological installations in continuous mode and is used at: <ul> <li>- material sputtering in plasma of inert or chemically active gases</li> <li>ion and plasma chemical etching</li> <li>evaporation, with additional vapour ionisation</li> <li>plasma-stimulated vapour deposition</li> <li>ionic surface modification (oxidation, reduction, nitriding, carbidisation)</li> <li>ionic cleaning and assisted</li> <li>high-temperature annealing</li> </ul> The RPG-128 is equipped with: <ul> <li>- flat coil</li> <li>removable quartz glass shield to protect the working surface</li> <li>coaxial input with shank for connection of RF power source</li> </ul> *Operational Manual is available on request: LCMK.219.00.00.00.00.000-02 RE Radiofrequency PLASMA GENERATOR RPG-128 It is allowed to deliver the device as a part of the installation without packing.

Specifications

Execution
02 type (with shortened inlet)
Assignment
Creation and maintenance of gas-discharge low-temperature plasma in working volumes of vacuum technological installations in continuous mode.
Dustproof
Got it
Cooling
water
Type of construction
Built-in
Warranty period
1 year
Climatic designs
GOST 15150-69; GOST 15543-70 at normal values of climatic factors of the environment - UHL for product placement category 4.2
Operating frequency of the generator for excitation of gas-discharge low-temperature plasma
13.56
Maximum RF power input
1500 W
Minimum RF power
300 W
Minimum distance between the working plane of the device and conductive parts, not less than
45 mm
Operating pressure range
0.1...10
Ion current density on the treated sample located at a distance from the working plane of the device 150 mm, not less than m
10
Working gas
Any that does not cause deposition of low-resistance layers on device parts
Minimum diameter of the cylindrical working chamber with axial arrangement of the device
150 mm
Minimum coolant flow rate, not less than l/min
1,5
Minimum pressure difference between coolant supply and coolant drain
0,2 MPa
Overall dimensions, (total length x housing diameter x housing height x input diameter x input length)
278x150x82x56x120 mm
Weight, not more
4 kg

Note: All specifications are provided by the manufacturer and may be subject to change. Please contact us to confirm the latest specifications before placing your order.

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Delivery & Payment

Shipping Terms

FOB Novorossiysk, RussiaCIF Available to major ports worldwideEXW Manufacturer's facility, Russia

Delivery Time

Sea freight: 30-60 days (depending on destination) Air freight: 14-21 days (for urgent orders)

Payment Methods

Letter of Credit (L/C)Wire Transfer (T/T)Escrow Services

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