Difference between revisions of "Renaissance Metal De-Corroder"

Latest revision as of 08:01, 26 July 2022

Renaissance Metal De-Corroder

Description

[Picreator.co.uk] Renaissance Metal De-Corroder is an amine complex of hydro-oxycarboxilic acid in an aqueous solution. It has a slight acidic pH at 4.0.

It was described by the manufacturer for treatment of iron; copper; copper alloys; brass; steel; zinc; and galvanized materials with corrosion.

The effect from De-Corroder was rupture bonds between a base metal and the corrosion layer that forms a sludge. This sludge can be cleared by wiping or brush, then rinsed with water.

Manufacturer claims that the complex is safe for prolonged exposure and metals would be stable for up to 14 days, prior to a protective coating.

Synonyms and Related Terms

amine complex of hydro-oxycarboxilic acid; citric acid;

Risks

The pH 4.0 suggests that proper personal protective equipment should be used for handling the acidic solution.
Non-flammable; Disposable in Water; Skin irritant; Avoid in eyes; Non-hazardous
Talas: MSDS

Physical and Chemical Properties

pH = 4.0
Specific Gravity = 1.05

Working Properties

Manufacturer suggests that De-Corroder is most effective between 10-20C.

Resources and Citations

Product Information: Renaissance Metal De-Corroder

Ireland, C., Skipper, L., Elie, M. 2014. Cleaning of metals contaminated with historic pesticide residues that are hazardous to health. In: Journal of the Institute of Conservation. London: Institute of Conservation. DOI: http://dx.doi.org/10.1080/19455224.2013.873725

@@ Line 2: / Line 2: @@
 == Description ==
-[[http://www.picreator.co.uk/ Picreator.co.uk]] Renaissance Metal De-Corroder is an amine complex of hydro-oxycarboxilic acid in an aqueous solution. It has a slight acidic pH at 4.0
+[[http://www.picreator.co.uk/ Picreator.co.uk]] Renaissance Metal De-Corroder is an amine complex of hydro-oxycarboxilic acid in an aqueous solution. It has a slight acidic pH at 4.0.
 It was described by the manufacturer for treatment of iron; copper; copper alloys; brass; steel; zinc; and galvanized materials with corrosion.
@@ Line 9: / Line 9: @@
 Manufacturer claims that the complex is safe for prolonged exposure and metals would be stable for up to 14 days, prior to a protective coating.
-== Operation ==
-Manufacturer suggests that De-Corroder is most effective between 10-20C.
 == Synonyms and Related Terms ==
@@ Line 18: / Line 14: @@
 amine complex of hydro-oxycarboxilic acid; citric acid;
-== Properties ==
+== Risks ==
-{| class="wikitable"
-|-
+* The pH 4.0 suggests that proper personal protective equipment should be used for handling the acidic solution.
+* Non-flammable; Disposable in Water; Skin irritant; Avoid in eyes; Non-hazardous
+* Talas: [https://www.talasonline.com/Renaissance-Metal-De-Corroder MSDS]
-! scope="row"| pH
+== Physical and Chemical Properties ==
-| 4.0
+* pH = 4.0
-|-
+* Specific Gravity = 1.05
-! scope="row"| Specific Gravity
+== Working Properties ==
-| 1.05
+Manufacturer suggests that De-Corroder is most effective between 10-20C.
-|-
+==Resources and Citations==
-|}
-== Health & Safety ==
-The pH 4.0 suggests that proper personal protective equipment should be used for handling the acidic solution.
-Non-flammable; Disposable in Water; Skin irritant; Avoid in eyes; Non-hazardous
-MSDS: [http://talasonline.com/photos/msds/Renaissance_metal_decorroder.pdf Talas MSDS]
-== Sources Checked for Data in Record ==
-*Product Information: [http://www.picreator.co.uk/articles/10_renaissance_metal_de.htm Renaissance Metal De-Corroder]
+* Product Information: [http://www.picreator.co.uk/articles/10_renaissance_metal_de.htm Renaissance Metal De-Corroder]
-*Ireland, C., Skipper, L., Elie, M. 2014. Cleaning of metals contaminated with historic pesticide residues that are hazardous to health. In: Journal of the Institute of Conservation. London: Institute of Conservation. DOI:  http://dx.doi.org/10.1080/19455224.2013.873725
+* Ireland, C., Skipper, L., Elie, M. 2014. Cleaning of metals contaminated with historic pesticide residues that are hazardous to health. In: Journal of the Institute of Conservation. London: Institute of Conservation. DOI:  http://dx.doi.org/10.1080/19455224.2013.873725
 [[Category:Materials database]]