Bipolar Programmable Pulse Plating Rectifier

BUILDING THE FUTURE

We are addressing the opportunities and challenges in plating technology, which will empower, enable and enhance the performance of plating. Greenotronix is driven by a focus on sustainable technology that contributes to the health of our planet Earth. Our innovative technology adopts a greener process to develop plating instruments with unparalleled features on the end product.

CUSTOMISED PLATING PRODUCTS

At Greenotronix, we believe in quality. Each instrument is designed specifically for your application.

PULSE PROGRAMMABLE PLATING RECTIFIER

Pulse programmable rectifier has tuneable current pulses with a provision to tune duty cycle, pulse ratio on forward as well as reverse current.

Tuneable Parameters

a. Duty Cycle: 5-85%

b. Forward to Reverse Pulse Ratio: 1:1 to 20:1

BASIC

Standalone

Constant Current Mode

Unipolar(5-500A)

Bipolar(5-100A)

PRO

With PC Interface

Constant Current Mode

Unipolar(5-500A)

Bipolar(5-100A)

PREMIUM

With Wifi/Bluetooth

Constant Current Mode

Unipolar(5-500A)

Bipolar(5-100A)

DYNAMIC PLATING SYSTEM

Plating system consists of plating rectifier, customised bath, organic electrolytes, anode and cathode.

Customised bath based on substrate size
Electrolyte rotation: 10-30 Cycles/Hour
Temperature: Ambient to 150°C
Agitation: Need Based

Pulse Programmable reverse rectifier for plating

PLATING RECTIFIER

organic electrolytes for plating applications using greenotronix

NOBLE ELECTROLYTES

Customised Bath for plating applications using greenotronix

CUSTOMISED BATH

ANODE & CATHODE

GREENOTRONIX ADVANTAGE

10X

45%

Harder & Stronger

Corrosion Resistant

Ductile

Save on Plating Material

PLATING MATERIALS FOR DEPOSITION

(ANODE)

Pulse programmable plating rectifier can be plate primary, binary and ternary alloys. The plating device also supports plating of COMPOSITES

Pure Alloys

Plating of Pure Alloys like Nickel, Cobalt, Palladium and Copper.

Binary Alloys

Supports Binary Alloys like Ni-P, Ni-Fe, Pd-Fe, Co-W

Ternary Alloys

Ternary Alloys like Ni-Fe-Cr

Multilayered Structures

Multilayered structures (Cu-Pb, Cu-Ni, Ag-Pd, Ni-P)

Metal Matrix Composites

Metal Matrix Composites like Ni-Si-c

Ceramics Composites

Ceramics(ZrO2) and Ceramic Nano composites

Alloy plating using greenotronix pulse plating rectifier — PRIMARY ALLOYS

Alloy plating using pulse plating technology — BINARY ALLOYS

composite plating using pulse programmable reverse rectifier — COMPOSITES

GREENOTRONIX INNOVATION

Uniform Deposition

Due to Grain Size Reduction Process, Plating is Smoother and Uniform.

Green Technology

Usage of hazardous toxic elements like brightening agents and wetting agents are reduced to a great extent.

Nano Crystalline Size

Coating is Free from Dendrite and Pinholes. Current Efficiency is better than DC plating

Reduced Running Cost

Cost of Additives, Wetting Agents and Brightness which are Expensive in Conventional Plating are reduced by 60%.

No Hydrogen Embrittlement

Dynamics of pulse plating nullifies the hydrogen evolution on the substrate thus enhancing the property of the material.

Increases Hardness

Pulse plating increases the hardness of the substrate which makes it more durable.

Promotes Adhesion

Pulse plating increases the bonding between inter structural layers which makes the plating more smooth and uniform.

Porous Surface

Due to pulse plating technique, the surface is more porous, this makes the surface to lasts 3x longer.

Our Reputed Clients

Clients of Greenotronix NML for pulse programmable reverse rectifier — National Metallurgy Laboratory

Greenotronix clients for pulse plating equipment — Defense R&D Organisation

Greenotronix clients using programmable rectifier — BMS College of Engineering

greenotronix clients alagappa university pulse programmable reverse rectifier — Alagappa University

greenotronix clients ubdt for plating using pulse revrse rectifier — UBDT College of Engineering

greenotronix clients for pulse plating using programmable reverse rectfiier — Pondicherry University

Applications

Pulse programmable rectifier can be used to plate any material including composites. It has vast applications in the field of aerospace, defence, medical industry, semiconductors, renewable energy, electronics, automotive industry and much more. Explore the world of exhaustive applications.

View All Applications

For customised Industry Application Based Solutions

For Academics and Research Collaboration

Learn More

Next Generation Plating Technology

Pure Alloys

Binary Alloys

Ternary Alloys

Multilayered Structures

Metal Matrix Composites

Ceramics Composites

PRIMARY ALLOYS

BINARY ALLOYS

TERNARY ALLOYS

COMPOSITES