Copper powder for additive processing (3D printing)

KME Special Products GmbH hereinafter referred as KME

Revision date : 2020-04-06

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GHS09
Health risk rating 1
Safety risk rating 1
Environmental risk rating 4

Note: Ingredients listed on restricted chemical lists

EC/CAS

231-768-7/7723-14-0

Name of the chemical

Phosphorus

Concentration

N/A

EC/CAS

231-159-6/7440-50-8

Name of the chemical

Copper

Concentration

N/A

EC/CAS

236-813-4/13494-80-9

Name of the chemical

Tellurium

Concentration

N/A

EC/CAS

231-722-6/7704-34-9

Name of the chemical

sulphur

Concentration

N/A

General Information

Revision date

2020-04-06

Product name

Copper powder for additive processing (3D printing)

Emergency telephone

+49 (0)541 321 1509, +49 (0)160 53 56 995, +49-(0)5 41-3 21-0, +49-(0)5 41-3 21-13 66, 0049 (0)30 19240

Icons in SDS

GHS09 T050

Company Information

company name

KME Special Products GmbH hereinafter referred as KME

e-mail address of the competent person responsible for the Safety Data Sheet

e@kme.com, Frank.Otten@kme.com

GHS Information

Signal word

2_2_15_HAZARD_CATEGORIES Hazard statement

Hazard Codes

Hazard statements (CLP)

H400, H412

Hazard statements

Code

Statements

H400

Very toxic to aquatic life

Section 2

SECTION 2: Hazards identification

Powder from Copper- and Copper alloys are preparations

Hazard categories

Hazard statement

Precautionary statements

pictogram Warning Aquatic Acute 1 H400: Aquatic Chronic 3 very toxic to aquatic life P273: Avoid release to the environment. P391: Collect spillage. H412: harmful to aquatic life with long lasting effects P501: Dispose of con- tents/container to recy- cling or hazardous waste in accordance with local regulations. If the product will subsequently processed in any way, which might produce airborne dust or fumes, for instance by handling, decanting, filling from drum into 3D-printing chamber, dry grinding of the pro- duced 3D-part, abrading, electro discharge machining, melting or welding (the material itself) then an inhalation hazard for the worker could arise. General handling and most machining operations are non-hazardous. Heat treatment in air up to about 400 °C is non-hazardous but higher temperatures may give rise to loss of oxide, which could cause hazardous inhalation. This could be avoid by treatment in inert atmosphere.

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