We`re manufacturing a wide range of electrical contat rivets as well as the machines for the production of solid and bimetal contact rivets. Acc. To the wishes of our customers.
Electrical contact rivets are precision components used in electrical switches, relays, and connectors where reliable conductivity and mechanical strength are critical. These rivets are designed to maintain consistent electrical contact under repeated cycling while resisting wear and corrosion.
Manufactured in Germany by a specialist in contact rivet production, this supplier offers both standard and custom designs to match specific application requirements. Their expertise includes solid and bimetal rivets, supporting high-volume production and specialized geometries.
Typical applications include automotive switches, industrial control panels, and consumer electronics where low contact resistance and long-term durability are required. Lead times and minimum order quantities depend on the chosen customization and volume tier.
Best suited for:
Not ideal for:
Solid rivets offer higher conductivity but lower wear resistance compared to bimetal versions; bimetal rivets balance conductivity and mechanical durability but may cost more per unit.
Pricing is tiered based on order volume; lower per-unit cost at higher volumes. Contact the supplier for exact volume-based pricing.
Bechtold Kontakte GmbH is a German manufacturer specializing in electrical contact rivets and dedicated contact-rivet production machinery. Their focus includes solid and bimetal rivets tailored to customer specifications.
With decades of experience in contact technology, they serve industries requiring high-reliability electrical connections, including automotive, industrial controls, and renewable energy. Their in-house tooling capabilities allow for rapid prototyping and custom runs.
Bimetal rivets (e.g., copper-silver) can tolerate higher temperatures than pure copper but are typically rated up to 180 - 200°C. For applications exceeding this, consult the supplier for specialized alloys or coatings.
Common plating options include tin, silver, and gold. Tin offers good corrosion resistance and solderability; silver improves conductivity; gold is used for low-contact-resistance applications. Confirm plating type and thickness with the supplier.
Dimensional accuracy is maintained through precision stamping and secondary sizing operations. Tolerances are typically ±0.02 mm on critical dimensions; confirm with supplier for specific tolerances.
Plated rivets should be used within 12 months of receipt when stored in controlled conditions. Exposure to humidity or corrosive atmospheres can shorten shelf life; confirm storage recommendations with the supplier.
Yes, the supplier supports custom head profiles (e.g., dome, countersunk, flat) to match application geometry. Design files or samples are typically required for tooling setup.
Standard shipments include a certificate of conformity (CoC), material test report (MTR), and packing list. Ask the supplier for compliance documentation relevant to your industry (e.g., automotive, aerospace).
Pre-assembly into sub-assemblies or pre-tinning of rivet heads can be arranged. This is typically offered for volume orders and requires tooling setup; confirm feasibility and lead time with the supplier.
Rivets are packaged in sealed poly bags with desiccant for moisture control, then boxed in sturdy cartons or wooden crates for export. Internal partitioning prevents movement during transit.