CLP

The Consortium periodically reviews the classification of its substances in line with the latest scientific data and knowledge. For many of the Pb REACH Consortium substances, industry has proposed self-classification that goes beyond the EU harmonised classification as set out in Annex VI to the CLP Regulation.

Current activity

The Lead REACH Consortium is actively involved in key technical and advocacy work related to the CLP Regulation.

The Consortium periodically reviews the classification of its substances in line with the latest scientific data and knowledge. For many of its substances, the Consortium has proposed self-classification that goes beyond the EU harmonised classification as set out in Annex VI to the CLP Regulation.

In consideration of the harmonised classification for lead metal agreed for the 9th ATP to CLP (Regulation (EU) 2016/1179), the Consortium updated its self-classification for all registered grades; the classification was first incorporated into an update of the REACH registration dossier that was submitted in June 2016. The Consortium also published an FAQ document (updated January 2019), written to address common questions about the harmonised health classification introduced by the 9th ATP to CLP which applied from 1 March 2018.

In light of a long-anticipated proposal from Denmark for harmonised environmental classification (ENV CLH) for Pb metal, the Consortium responded to the public consultation on the proposal, submitted new technical argumentation, and attended key meetings of the ECHA Committee for Risk Assessment (RAC) in 2018. Advocacy and the defence of Pb metal against the proposed ENV CLH continues in 2019.

The Consortium is actively engaged in a review of the substance identity profiles (SIPs) of the Consortium’s UVCBs. In consequence, the boundary composition classifications will be reviewed using the latest version of ‘MeClas’, the metals classification tool. MeClas uses a tiered approach to classification of complex metal substances; a UVCB’s boundary composition classification may be further refined by a registrant through the use of LE-specific information, for example transformation/dissolution test data on a given UVCB.

Find out more about the CLP Regulation.

Information on the latest classifications is available in the substance grade data sheets below.

 

Substance grade data sheets

Lead metal

Lead metal massives (general grade)
Lead metal massives (high purity grade)
Lead metal massives (with arsenic)
Lead metal powder

Lead compounds

Dioxobis(stearato)trilead (EC 235-702-8)
Fatty acids, C16-C18, lead salts (EC 292-966-7)
Lead dichloride (EC 231-845-5)
Lead monoxide (EC 215-267-0)

Lead oxide sulphate (EC 234-853-7)
Orange lead (lead tetroxide) (EC 215-235-6)
Pentalead tetraoxide sulphate (EC 235-067-7)
[Phthalato(2-)]dioxotrilead (EC 273-688-5)
Sulfurous acid, lead salt, dibasic (EC 263-467-1)
Tetralead trioxide sulphate (EC 235-380-9)
Trilead dioxide phosphonate (EC 235-252-2)

UVCBs

Flue dust, lead refining (EC 273-809-1)

Lead alloy, base, Pb, Sn, dross (EC 273-701-4)

Lead antimonial dross (EC 273-795-7)

Lead dross (EC 273-796-2)

Lead dross antimony rich (EC 273-791-5)

Lead dross, bismuth rich (EC 273-792-0)

Lead bullion (EC 308-011-5)

Lead, dross, copper rich (EC 273-925-2)

Matte, lead (EC 282-356-9)

Slags, lead reverbatory smelting (EC 273-800-2)

Slags, Lead smelting (EC 273-825-9)

Slimes & sludges, battery scrap antimony & lead-rich (EC 310-061-8)

Speiss, Lead (EC 282-366-3)

Waste, battery reprocessing (EC 305-445-7)

Zinc, desilverising skims (EC 273-802-3)