R. K. Transonic Engineers Pvt. Ltd.

Our clients can avail from us, a wide range of Multi Stage Vapour Degreaser that is designed using 4 primary cooling coils between the vapor tank & ultrasonic tank and 8 secondary cooling coils covering 75% of free board zone. These vapor degreasers arrest the vapor flowing to the ultrasonic tank and do not cause any losses. 

Features:

• Eight Nos. of secondary cooling coils covering 75% of free board zone for minimum losses
• Four Nos. of primary cooling coils between the vapor tank & ultrasonic tank to arrest the vapor flowing to the ultrasonic tank
• Indirect heating of solvent enhances the life cycle of the solvent
• Proper insulation of the tanks minimizes the heat loss & in turn saves electrical energy
• All the fittings of cooling coils, heater tubes, water separator etc. are fitted with threading arrangement
• Water separator is specially deigned with cold water jackets for effective removal of atmospheric water from the solvent
• Ultrasonic generators are encased in separate casing for convenient servicing
• Ultrasonic generator is having auto tuning circuit for optimum power during loading
• Easy serviceability of generators even without using soldering Iron
• Heater tubes are mounted to the tanks with flange fitting for easy replacement of tubes in future

A Vapor Degreasing machine essentially refers to a component degreasing machine which uses solvents as a cleaning agent as well as a drying agent for the component past cleaning. An Ultrasonic equipped vapor degreaser usually comes as a three-tank system where the first tank is the pre-soaking tank followed by Ultrasonic Cleaning tank along with solvent and finally a solvent tank where the components are suspended above the boiling solvent and dried using pure vapors of the solvent thus giving this process a name of Vapor Degreasing.
Vapor Degreasers vary in size and type from small, manually operated machines to automated, conveyorized systems. The simplest VD is a rectangular tank with a sump of boiling solvent in the bottom. The cleaning space, or vapor zone, is just above the boiling solvent.
To confine solvent vapor to the tank and prevent vapor loss to the atmosphere, a refrigerant or water-cooled external jacket or internal coils are located above the vapor zone. Clean vapor condensate is collected in a trough, passed through a water separator to remove excess moisture, and returned to the boiling sump. Degreasers commonly are designed with larger condensers than actually required, in order to minimize solvent loss and prevent vapor contamination of the air in the work area.

Solvents:

• Usually TCE (Trichloro Ethylene) and PCE (Perchloro Ethylene) are some of the most favored solvents that are used in conjunction with the vapor degreaser. Since both these chemicals are non-biofriendly; in the market today there are many alternatives to such chemicals which are safer to use with minimum environmental hazards.

Advantages of Vapor Degreaser:

• 100% component drying
• Ideal for Handicrafts components
• Ideal for Brass & Copper components
• Distillation of solvents which can be used many times
• Ideal for components where zero fingerprints are accepted
• Ideal for removal of Buffing compound from cutlery and surgical items

Transonic Advantage:

• Design: All our vapor degreasers are designed with precision to avoid losses of solvent. We make sure that only the best quality steel with 316 L Grade goes into making in a vapor degreaser.
• Cooling Coil: We use 8 or 10 Nos. of cooling coils in our Vapor Degreasers which helps reduce losses of Solvent from the machine.

Additional Information:

• Item Code: RKTVD
• Production Capacity: 1
• Delivery Time: 4 Weeks
• Packaging Details: Wooden Box

Single Tank Multi Chamber TCE / Vapor Degreaser Ultrasonic Cleaning Machine

This is a fully automated Ultrasonic TCE Based / Vapor degreaser system for Precision Cleaning. Process Flow as under:

1) operator load components in the material handling basket
2) operator loads the basket in the ultrasonic cleaning machine
3) Door closes (operator press two buttons together for process initiation) 
4) basket travels to the bottom of the tank via pneumatic 
5) basket with material is dipped in TCE at 50 Deg Cel
6) after socking for about 2 minutes, ultrasonic cleaning starts 
7) after a pre-decided ultrasonic cycle, the basket automatically moves up
8) basket stops at a vapor zone with cooling coils / dipping point 
9) material is dried using TCE Vapours 
10) material comes out dry and clean

Such machine is ideal for the following industry: 

1) Automotive Parts that require precision cleaning 
2) Defence parts that require precision cleaning
3) Aeronatical components that require precision cleaning
4) Medical Instruments that require precision cleaning
5) Musical Instruments for spot free cleaning 
6) PCB Cleaning
7) Stencil Cleaning
8) Adhesive removal from components
9) Laquar removal from components 

Additional Information:

• Item Code: RKTAUS
• Production Capacity: 1
• Delivery Time: 10 Weeks
• Packaging Details: Wooden Box