Semi-bright, High Phosphorus, Low Stress Electroless Nickel System

ENOVA 950 is a low stress, high speed deposition electroless Nickel process ideal for job shop and production applications where a high corrosion performance, semi-bright deposit is required.
The process is designed for high thickness applications for plating ferrous and non-ferrous substrate types in both rack and barrel applications.

This process is very stable and performs well in stainless steel tank systems. It produces a deposit that is very resistant to staining.

 

Features & Benefits

  • High Deposition Rates
  • Excellent Corrosion Resistance
  • Excellent Solution Life and Stability
  • Self pH regulated replenishment with Ammonium

Fields of application

  • Applications where High corrosion resistance is required
  • Chemical/ Oil and Gas Industry
  • Automotive Industry
  • Aerospace Industry
  • Military Industry
  • Electronics

ENOVA LINE

ELECTROLESS NICKEL is widely accepted as the coating most engineers turn to for their most challenging applications. Resistance to wear and corrosion are just a few of the reasons why this diverse product line has become an integral part of the plating universe.

COVENTYA recognized the importance of providing world class Electroless Nickel technology to their expanding customer base and merged with the US market share leader, Sirius Technology, to get it. The ENOVA Line of Electroless Nickel products is both comprehensive and unique in its offerings.
From hard-as-plated, low Phosphorus to highly corrosion resistant, high Phosphorus deposits, COVENTYA has you covered. Alkaline systems for Aluminum or Zinc die cast, and diamond, PTFE and Boron nitride composite coatings further illustrate the broad offering.

Fields of application

  • Applications where High corrosion resistance is required
  • Chemical/ Oil and Gas Industry
  • Automotive Industry
  • Aerospace Industry
  • Military Industry
  • Electronics
expand
close

Make an enquiry

Unfortunately, something went wrong!

Sorry for inconvenience.
Try again

Thank you for your enquiry.

We will answer in a while.
Send another message
* - required fields
Print this page
Share this:
How can we help you?
How can we help you?
If you have any questions, please do not hesitate to contact us.