Iveco and Trienxis will present the EMA treatment for the coagulation and flocculation of paint in Eurosurfas

FiraBarcelona_enIveco and Trienxis have carried out together for one year the process of coagulation and flocculation of paint in wet booths to improve the process, both financially and technically. The results obtained this year have meant for both companies the development a differentiating treatment with a quantifiable advantages that we believe should be known. In this context, our company, together with our client, has decided to present at global level the EMA Treatment at the International Surface Treatment Event (EUROSURFAS) which will take place at the Fira de Barcelona between September 30 and October 3. The presentation will take place within the VIII Conference of Eurocar. With this presentation, Trienxis aims to show and prove that other forms of treatment are possible and that respect for the environment, innovative chemical processes and cost reduction, are a reality. VIII EUROCAR CONGRES PROGRAMA .pdf

Coagulation – Flocculation of paint in IVECO

trienxis -lodo


Trienxis follows its growth by adding a new treatment system to its extensive catalogue. After years of research, Trienxis has developed a coagulation-flocculation system in order to remove paint in much more efficient way than the conventional treatments. After a period of cooperation with IVECO in their facilities in Valladolid, the EMA Treatment was definitely set up and has constantly worked since April 2014.

Trienxis has developed the so-called “EMA Treatment” based on premises like efficacy, enhancement and saving. To do this, has developed a new process base on two treatment’s products (TeZeo and TeGluc-90) through the process of activation in line and a small mixing reactor, the process presents a high cationique exchange capactity who allows to remove more paint with less chemical product than conventional treatments.

This system presents the following advantages:

- Savings of up to 20%

- Efficacy of remove the paint of overspray of 95%

- Remove sludge with a humidity of the 20%

- Remove of use of noxious product like biocides, correction of pH, antifoam…

Trienxis is already placed in China

Trienxis TPL ChinaAfter Russia and Brazil, is in China is where Trienxis expands its international presence.

PSA group, faithful supports of Trienxis technology, has equipped its new factory in Shenzhen with the physical – antibacteriologic system for the control of its TTS line.

These treatments have became an standard of surface treatment processes because of its reliability and results guarantee.

Microbiological treatments for automotive industries

TPL Trienxis

Microbiological treatment for TTS lines have become one of the greatest problems for automotive industries because of its complexity and a contamination degree that raises day by day.

Right now, controlling the last washing tanks has become a request of the process. Trienxis goes an step further and offers treatments adapted to UFR (ultra-filtration).

The objective: Enhancing the KTL process without turning to biocide actions, always through the specialization and quality seal that defines Trienxis.

PSA Poissy factory in France is the first factory equipped to treat the UFR.

Iveco Suzzara: First Trienxis installation in Italy

Iveco Suzzara

Trienxis continues its international development in Italy with the installation of one of our devices in the model factory of Iveco. The installation has been done after the results obtained in the previously installed lines of Valladolid and Madrid. The project has involved the installation of a TPL80 and a TPL40 in a volume of 180 m3. Continue reading

New cutting fluids treatment process located in Marseille

fluidos de corte

Cutting fluids are one of the biggest environmental problems globally. Its complex management and degradation have lead our company to develop a system to treat this fluids. Trienxis is collaborating with Ball Packaging in the control of a process named Womack using physical systems that control both degradation and pH unbalance. This process is being developed in the facilities located in Marseille over a process based on the Aluminum Continue reading

Trienxis brings in a new TTS treatment in PCMA (Russia)

PCMA en KalugaA set of applications has been installed in the facilities of PCMA located in Kaluga. PCMA group (an alliance between Mitsubishi and PSA) manufacture 16.000 vehicles for the Russian market.

Trienxis has installed two equips with the aim of ensuring the proper functioning of the TTS tunnel with the new applications that replace classical phosphate conversion coating. Our technology has been chosen to ensure a correct treatment apply. Continue reading

Trienxis internationalizes with installations in South America and Asia

tratamiento de superficies

The investment in the future done by our company since the beginning by the use of new technologies in water using productive processes has had a result. Our company’s research work and its great results in production lines have lead Trienxis to be a worldwide point of reference in surface treatment lines.

Trienxis starts its international expansion accompanied by big international groups in various continents trying to replicate the great results achieved in European plants. Two automotive groups are using Trienxis systems along the world. This groups (PSA-Peugeot-Citroën and Renault) have installed TPL systems in surface treatment lines in Shenzen (near Hong-Kong) and Curitiba (Brazil) respectively.

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Cutting fluids

Fluidos de corte

A new step in the control of cutting fluids. Elimination of pH degradation without using chemical biocides.

After a year of research, Trienxis has achieved to develop a biological control method for cutting fluids. This method has been developed to improve the control of pH and conductivity in cutting fluids that tend to suffer biological degradation. The project has been developed as an answer to the needs of two companies that use great quantities of this products, and that used complex chemical biocides to achieve the stabilization of the fluids. The problems and the costs of this treatments lead this companies to favor a change in its process. Continue reading