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ACRYLIC GESSO PRIMER

WHITE, FOR GILDING

code

CDO6500

SDS code: CDO6500
Description

It's a combination of traditional gesso with an acrylic polymer, added with a white pigment and additives that ensure flexibility, excellent sandability and long shelf life. It can be used for sizing, priming a canvas for painting, or creating a basecoat for the correct application of the gold leaf. Acrylic gesso can be coloured, by adding the correct quantities of Holzfarbe stain concentrate, or Waterborne Lead-Free Pigments of the COW  series.

Packaging

Code CDO6500 - 6 x 250gr
Code CDO6520 - 6 x 500gr
Code CDO6550 - 6 x 1Kg
Code CDO6570 - 6 x 5Kg
Code CDO6580 - 1 x 25Kg

img_certICON_LINE_DORATURA
Method of Usage

1

Apply as it is by brush, or diluted with a correct amount of water (max 15-20%) for spray application. If applied as basecoat for gold leaf application, it is suggested to colour the gesso reddishorange, to imitate the colour of red bole and enriching the tone of the applied gold leaf. For silver leaf dark or black tonalities are suggested.


1

Apply at least two or three coatings, waiting preferentially for each coat to dry.


1

Before the gold leaf application proceed with an accurate sanding process, in order to obtain a smooth surface. Start with coarse abrasive paper (grain 150-180) and continue sanding using step by step finer grain abrasive paper (350 - 600 - 1200), each time in crossed perpendicular directions.


1

Once the surface is perfectly smooth proceed with the application of the gilding size and of the gold/silver leaf.

CATALOGUES
GILDING
Skyline di Venezia / Venice Skyline
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LEGENDA

loghettobps

ICON_CERT_EN713
CERTIFICATIONS AND CONFORMITY
Conformity EN 71.3 Toy safety - Part 3: Migration of certain items.
Eurofins danish laboratories have recognized the conformity of Borma Wachs oils to EN 71-III norm, relating to the migration of harmful heavy metals, guaranteeing the safety of the treatments in such a way that they can also be safe for use on childrens' toys.
ICON_CERT_IBR
Borma Wachs products are tested and approved by IBR, Intitut für Baubiologie Rosenheim. The performed analysis certify that our products are complying in terms of VOC content, biocides, heavy metals and radioactivity, guaranteeing full eco-compatibility with Green Building principles.
ICON_CERT_DIN
This product's safety is guaranteed more than just by EN 71-III certificate. Its safety for children is supported by DIN 53160/1-2 and DIN 68861/1 (Resistance to saliva and sweat; Resistance to cold liquids ) certificates as well. The product does not release harmful substances even when in contact with common alimentary liquids or mucuous membrane.
CERT_BFLS1
The product acts as fire retardant
CERT_DGALN_A
CERTIFICATIONS AND COMPLIANCE
Labeling of construction products
This label covers the French legislation relating to emissions of volatile organic compounds (VOC) and the impact they have on indoor air quality after the product is brought into the room.
Labeling refers to the pollutants emitted once the products are spread and dried.

The IBR Green Building Institute had tested some of our products and determined that they correspond to the highest standards of the aforementioned French VOC legislation.
EC1
CERTIFICATIONS AND COMPLIANCE
EMICODE EC1 - Low-emission building materials
Certified installation materials, adhesives and construction products
The EMICODE mark guarantees that the material has been tested and certified according to its emission level. Compared to 1997, low-emission building materials now have a TVOC value (total quantity of volatile organic compounds) from one hundred to one thousand times lower. The EMICODE mark is not issued if a building material is suspected of altering genetic makeup, causing cancer or impairing reproductive capacity.
APEO
CERTIFICATIONS AND COMPLIANCE
APEO (alkylphenol ethoxylates)
APEOs (alkylphenol ethoxylates) are highly persistent chemicals, which are deposited in the tissues, penetrating, through them, into the food chain.
Recent studies demonstrate its toxicity and danger, as potential endocrine disruptors.