CPV 434 – Mineral Processing and Foundry Moulding Machines

What does CPV 434 cover?

CPV Group 434 covers machinery for the processing and preparation of minerals and ores, as well as foundry moulding and casting machinery, procured by public contracting authorities and publicly owned industrial enterprises. Mineral processing equipment includes jaw and cone crushers, impact crushers, ball mills and rod mills, vibrating screens and classifiers, washing plants and scrubbing drums, magnetic and electrostatic separators, and flotation cells. Foundry equipment includes moulding machines, core making machines, sand preparation systems and casting lines.

The primary public sector procurement context for mineral processing machinery is publicly owned quarrying, aggregate production and recycling operations. Municipal and regional road authorities that operate their own aggregate crushing and screening facilities procure this equipment for the production of road construction materials. Waste recycling facilities operated by public waste management companies may procure screening and separation machinery for the processing of construction and demolition waste.

Foundry equipment is procured by publicly owned metal-casting operations, technical universities with foundry training facilities, and vocational training centres for metalworking trades. All machinery under CPV 434 must comply with the EU Machinery Directive 2006/42/EC and carry CE marking. Further information on the CPV system is available from the European Commission (SIMAP) and in Regulation (EC) No 213/2008.

Typical Services in CPV 434

• Jaw crushers and cone crushers for aggregate and mineral processing
• Vibrating screens and classifiers for gravel and aggregate sizing
• Mobile crushing and screening plants for construction and demolition waste
• Washing and scrubbing plants for sand and aggregate cleaning
• Foundry moulding machines and sand preparation systems
• Magnetic separators for scrap metal recovery in waste processing

Examples of Tenders with CPV 434

• Mobile Crushing and Screening Plant for Construction Waste Recycling: A municipal waste management company procures a mobile jaw crusher and a two-deck vibrating screen for the processing of demolition and excavation material, with a throughput capacity of ≥150 t/h.
• Fixed Aggregate Processing Plant for State Road Authority Quarry: A state road authority modernises the primary crushing and screening plant at its operated quarry, including a new jaw crusher, conveyor belts and a three-deck classifying screen, with a total capacity of 200 t/h.
• Foundry Training Equipment for Metalworking Vocational College: A state vocational training authority procures foundry moulding machines, a sand mixer, a core shooter and safety equipment for the foundry training hall of a metalworking college.

Current tenders with CPV 434 are published on TED (Tenders Electronic Daily) and on national procurement platforms such as the German Procurement Portal (DTVP).

Who is CPV 434 relevant for?

Public Contracting Authorities

Publicly owned quarrying and aggregate operations, municipal waste management and recycling facilities, state road authorities with materials production operations, and vocational training institutions with foundry programmes are the primary procurers under CPV 434. Environmental permits for aggregate operations and recycling facilities significantly shape procurement specifications.

Companies and Bidders

Crushing and screening equipment manufacturers, mobile plant suppliers, foundry equipment companies and mineral processing system integrators are the core bidders under CPV 434. CE marking, compliance with the Machinery Directive 2006/42/EC, dust and noise performance data and references from comparable mineral processing projects are standard requirements. Further guidance is available from the Federal Ministry for Economic Affairs and Climate Action (BMWK).

How does Bond help with CPV 434?

Tender Match – Automatically Find Tenders (CPV 434)

With tender.match, mineral processing and foundry equipment suppliers automatically receive all relevant tenders with CPV 434 directly in their dashboard. BOND indexes tenders from over 1,000 procurement portals in the EU – from TED to national platforms and regional contracting authorities. Instead of manually searching dozens of portals every day, matching processing machinery contracts are filtered and delivered by industry, competency, region, and company profile. An automated gap analysis immediately shows where the company meets the requirements and where gaps exist. This ensures companies never miss a deadline and can focus on preparing their bids.

Company Match – Find the Right Partners and Suppliers (CPV 434)

For companies looking for suppliers, subcontractors, or consortium partners for mineral processing plant projects, company.match provides direct access to qualified firms from an EU-wide database of over 28 million companies. Especially for integrated crushing, screening and conveyor systems, company.match automatically identifies suitable partners for bidding consortia and partial services – increasing the chances of winning the contract.

Frequently Asked Questions about CPV 434

What does the CPV code 43400000 mean?

The CPV code 43400000 designates the group "Mineral-processing and moulding machines" in the European Common Procurement Vocabulary. It covers crushers, screens, mills and separation equipment for mineral processing, as well as foundry moulding and casting machinery.

How do I find tenders with CPV 434?

Tenders with CPV 434 can be searched on TED (Tenders Electronic Daily) using the code filter. The German Procurement Portal (DTVP) lists current national procurements. Bond automatically delivers profile-matched tenders from over 1,000 EU-wide portals.

What are the requirements for participating in tenders with CPV 434?

CE marking, compliance with the EU Machinery Directive 2006/42/EC, dust and noise emission data and references from comparable processing plant projects are standard requirements. Applicable rules are set out in the VgV and the UVgO.