Mantel Digital DataPrint Technology
UNIVERSAL PRINTING SYSTEM
for different types of inks and applications
DataPrintAlu Technology
Printing into open pored anodized aluminum
1. Base material, open pored anodized aluminum.
2. Up to 32x layerprint to fill completely the open pores with ink in the anodized Aluminum.
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
1. Base material, open pored anodized aluminum.
2. Up to 32x layerprint to fill completely the open pores with ink in the anodized Aluminum.
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
2. Up to 32x layerprint to fill completely the open pores with ink in the anodized Aluminum.
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
2. Up to 32x layerprint to fill completely the open pores with ink in the anodized Aluminum.
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
3. Sealing of the Aluminum plate in hot water, to close the pores
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
Chemical resistance
/ Abrasion-proof
/Anti-graffiti
/ High UV resistance
/ Fire resistance
/ Scratch resistance
PRESENTATION
PRESENTATION
DataPrintAlu printing colorless inks
New printing application for DATAPRINT in the field of exterior design.
The process allows to obtain a wide color gamut of the main coating with a schematic colorless image with high UV-light resistance.
The process allows to obtain a wide color gamut of the main coating with a schematic colorless image with high UV-light resistance.
The process allows to obtain a wide color gamut of the main coating with a schematic colorless image with high UV-light resistance.
