R&D laboratory
Interference Electrocoloring
Solar Cooling
New Colors
Micro shot peening
New Finishes
Bicolor Anodizing

RESEARCH AND DEVELOPMENT

A long history and high professionalism characterize NECE spa which has achieved highly successful results by positioning itself as a leading company in anodizing, electrocoloring and in the interference electrocoloring process of aluminum.

The key to this success is given by the continuous development of new projects concerning the surface treatment of aluminum.

In his laboratory, the Quality Manager (with a degree in Chemistry) monitors the processing cycle, concentrations, temperature of the treatment tanks and the oxide layer applied to the metal several times on a daily basis.

At the end of the process, random tests are carried out to guarantee the quality of the product. The Quality Department, at the request of the client, issues a specific Certificate of Guarantee.

Nece Spa invests and firmly believes in the search for new products and finishes, counting a continuous collaboration with its suppliers for which it has become the reference plant for studies and applications of new technologies.

This explains why NECE spa is one of the few companies in Europe that successfully apply the Electrocolration by Interference process.

This process provides greater prestige to anodized aluminum thanks to a new range of colors obtained through complex chemical and chemical-physical treatments.

With the Interference Electrocolring process it is even possible to obtain customized colors.

The areas of intervention concern:

  • Search for new Colors
  • Search for new Finishes
  • Research of new Chemical Products that increasingly reward eco-compatibility
  • Improvement of Products and Finishes in the catalog
  • Research of Materials, Techniques and Processes that allow to reduce non-compliant production
  • Study of the most suitable materials to ensure that the Product reaches the customer in perfect condition
  • Durability test of the oxide layer to UV rays, saltiness and resistance to abrasion
  • Energy assessment of processes to reduce consumption and transfer it to renewable energy