Sector of activities

Watchmaking (cases, dials, hands, movements)
Jewelry (bracelets, pendants)
Medical (implants, tools)
Dental (implants, burs, tools)
Eyewear
Electronics
Electrotechnics
Printed circuits
Microelectronics
Hospitality (tableware, silverware)
Foundry
Mechanics
Medals and coins
Household appliances
Aeronautics
Sanitary
Plumbing fixtures
Music boxes
Screws
Bar turning
Heavy industry
Bicycles
Automotive
Armament

Services

Electroplating
Steel blackening
Aluminum treatments
Titanium treatments
Degreasing
Chemical etching
Cataphoresis
Electroforming gold, nickel
Chemical nickel
Water purification
Water demineralization
Water disinfection
Reverse osmosis
Oil removal
Cataphoresis
Water desalination
Water potabilization
Flexible photovoltaic solar panels with amorphous crystallization
Site installation…

Revolutionary process unique in the world

The technology

3.14 Technology® naturally produces "in situ" extremely active nascent oxygen and ozone, capable of destroying pathogenic bacteria living in water. Ultra-high-purity metallic silver is atomically grafted in a controlled nanometric thickness onto the internal surface of pores measuring 10 to 100 angstroms, located within the microstructure of a high-specific-surface-area porous support reaching 2,000 m² per gram, using methods derived from microelectronics. The purity of the grafted metallic silver remains unmatched to date for an application of this type. This purity provides exceptional stability against oxidation and generates a substrate with high bactericidal properties without risking alteration of the treated fluid.

Objective

Supplementary bactericidal treatment, enabling the removal of chlorine and trace heavy metals from potable network water, while ensuring sufficient residual protection up to the potable water collection point.

It is the user's responsibility to have the bacteriological and physicochemical quality of the network water checked by an accredited and certified laboratory, with a frequency dependent on the quality of the raw water.

Kit 3.14T
Particulate filter 5 µ Bactericidal activated carbon catalyst

Kit 3.14T UV
Particulate filter 5 µ Ultraviolet Bactericidal activated carbon catalyst

Hoppalox
Disinfection of cutting fluids

Demineralization bottles - DESO 17035

Demineralization bottle

Model	Bottle	Dimensions in mm (with conductivity meter)	Resins	Conductivity Meter µS
DESO 10C	8 x 17’’	Ø 208 x 437 (577)	10 liters	X
DESO 15C	9 x 19’’	Ø 233 x 504 (644)	15 liters	X
DESO 20C	8 x 30’’	Ø 208 x 785 (925)	20 liters	X
DESO 25C	8 x 35’’	Ø 208 x 904 (1044)	25 liters	X
DESO 30C	9 x 35’’	Ø 233 x 904 (1044)	30 liters	X
DESO 45C	10 x 44’’	Ø 257 x 1126 (1266)	45 liters	X
DESO 60C	10 x 54’’	Ø 257 x 1387 (1527)	60 liters	X
DESO 75C	12 x 48’’	Ø 304 x 1235 (1375)	75 liters	X
DESO 100C	13 x 54’’	Ø 334 x 1387 (1527)	100 liters	X

Demineralization bottle

Model	Bottle	Dimensions in mm	Resins
DESO 10	8 x 17’’	Ø 208 x 437	10 liters
DESO 15	9 x 19’’	Ø 233 x 504	15 liters
DESO 20	8 x 30’’	Ø 208 x 785	20 liters
DESO 25	8 x 35’’	Ø 208 x 904	25 liters
DESO 30	9 x 35’’	Ø 233 x 904	30 liters
DESO 45	10 x 44’’	Ø 257 x 1126	45 liters
DESO 60	10 x 54’’	Ø 257 x 1387	60 liters
DESO 75	12 x 48’’	Ø 304 x 1235	75 liters
DESO 100	13 x 54’’	Ø 334 x 1387	100 liters

Demineralization capacity

Resins	10 lt	15 lt	20 lt	25 lt	30 lt	45 lt	60 lt	75 lt	100 lt
Hardness 1°f Demineralized water quantity	22,300	33,450	44,600	55,750	67,000	100,350	133,800	167,250	223,000
Hardness 10°f Demineralized water quantity	1,800	2,700	4,500	5,625	6,750	10,125	13,500	16,875	22,500
Hardness 15°f Demineralized water quantity	1,500	2,250	3,000	3,750	4,500	6,750	9,000	11,250	15,000
Hardness 25°f Demineralized water quantity	900	1,350	1,800	2,250	2,700	4,050	5,400	6,750	9,000