Press-fit Zones

Press-fit Zones Press-fit Zones

With its press-fit zones, Diehl Metal Applications (DMA) provides an innovative, solder-free connection technology for meeting the demands of the automotive supply industry. Depending on requirements, we offer both standard and special surfaces for press-fit zones. The special surfaces include Advanced Indium and Advanced SilverTin.

New in our product portfolio are our standardized press-fit contacts for Single Pin Insertion (SPI). Here you have the possibility to request a quote  or order sample strip via our contact form.

Download Brochure (PDF)

  • What is press-fit technology?
    What is press-fit technology? What is press-fit technology?

    Press-fit technology is the insertion of component connection pins – especially from connectors or single contacts – into the metallized holes of a printed circuit board (PCB). The contact between the press-fit pin and the wall of the hole is gas-tight and is characterized by good conductivity. The condition is that the press-fit pin has a larger diagonal than the hole diameter on the PCB. The deformation of the press-fit pin and the printed circuit board creates a positive connection.

  • Product applications
    Product applications Product applications

    In general, press-fit zones are used by the customer in the following applications: 

    •  Single pin insertion 
    •  Edge connectors 
    •  Overmolded plastic housings 
  • Advantages

    Press-fit technology is an innovative and highly reliable solution, offering considerable advantages compared to conventional soldering technology:  

    • No soldering errors, no flux problems
    • No need for additional washing
    • No thermal loads on the PCB or electronic components
    • Quick and cost-efficient PCB assembly 
    • Double-sided PCB assembly possible
    • Recycling by simply pressing out the pins
  • Innovation for the automotive industry

    While the majority of the components in the automotive industry are currently still processed using conventional soldering methods, the future definitely lies in press-fit technology. Contacts with a flexible press-fit zone are increasingly finding application in the automotive industry.

    We manufacture press-fit zones (EPZ) for the automotive industry with material thicknesses of 0.4 mm / 0.6 mm / 0.8 mm / 1.0 mm and 1.2 mm. Depending on the requirements regar-ding ambient temperature and electrical conductivity, either standard surfaces or our special surfaces for press-fit zones may be used. Our flexible press-fit zone types EPZ EE and EPZ EloPin can be used in PCBs with metallized holes according to IPC-9797 and DIN EN 60352-5 and according to customer specifications.

  • Development & Qualification

    In our test laboratory, we carry out all major tests for assessing the press-fit connection. The laboratory works according to DIN EN 60352-5 / IPC-9797 as well as to customer specifications. The scope of tests, the procedure and the characteristic values can be agreed upon with the customer, relevant to the application.   

    We offer the following tests in our laboratory: 

    • Visual and dimension inspections
    • 3D image recording
    • Insertion and push-out force
    • Micro sectioning and analysis
    • Contact resistance
    • Rapid change of temperature (temperature shock)
    • Climate sequence (cold, dry and damp heat, cyclical) 
    • Whisker test
    • Etching technology

    We are working on the development of new press-fit zones as well as on the continuous improvement of existing designs. For this purpose we use modern technologies such as FEM and 3D printing.

  • Quality

    We are committed to ensuring the quality of the press-fit zone. During serial production, continuous process monitoring is carried out using state-of-the-art camera systems and 3D measuring machines. One of the most important characteristics of a press-fit area is the deformation behavior (deformation curve) and the resulting force exerted on the hole wall of the printed circuit board. Depending on the requirements, we determine and evaluate the maximum normal force or the deformation characteristic during production.

Prototype production Prototype production

DMA has in-house prototyping capacities using a multitude of existing tools. Prior to series production, it is thereby possible to produce sample parts with our press-fit zones under near-series conditions and to align them to the special requirements of our customers. 

During the product development stage, we specify the primary influencing parameters, such as prematerial, press-fit zone geometry and surface coating, and subsequently monitor these in series production. We provide advice and support to our customers at every stage of the project. 

In our test laboratory, we can check and validate the important characteristic values according to DIN EN 60352-5. To do this, a range of testing and measuring equipment is available. The use of test or series printed circuit boards for determining and adjusting press-fit-zone parameters is possible.

Download Brochure (PDF)

Standard solution for SPI pins

Additionally to customer-specific press-fit contacts, we offer a standard solution, also at the level of the automotive supplier industry. With our standardized pins for Single Pin Insertion (SPI) applications, you benefit from a short delivery time and an advantageous price/performance ratio, as investment costs for stamping tools are eliminated.

For material thicknesses of 0.4 mm, 0.6 mm and 0.8 mm, contact pins with our flexible press-fit zones are available in various connector lengths and surface platings. 

Advantages

With our standardized press-fit pins, you benefit from our many years of experience in the production of customized press-fit pins, which is reflected not only in the tooling technology, but also in our internal stamping and coating processes:

  • Ideal for series production, but also for prototypes, pre-production and small production runs
  • No investment costs for tools
  • Short delivery times
  • Choice of typical material thicknesses, connector widths and lengths
  • Various coating combinations
  • Component test documentation and qualification documents available on request
  • Sample strips available

Press-fit Zone
EE08

Pin Width
1.5 mm 2.8 mm 4.8 mm 6.3 mm
Drawing PDF PDF PDF PDF
Data Sheet PDF PDF PDF PDF
Press-fit Zone
EE06
Pin Width
0.63 mm 1.2 mm 1.5 mm
Drawing PDF PDF PDF
Data Sheet PDF PDF PDF
Press-fit Zone
EE04
Pin Width
0.5
Drawing PDF
Data Sheet PDF

 

The quantity can only be determined after you have filled in all the required fields.

Quantity: approx. 2 pcs per Coil

Weight: 2 kg per Coil

Please enter your contact details and your extra requirements so that we can send you the quotation.

There are 13 samples available
Pin thickness Width Length Plating of the press-fit zones Plating of the connector zone
0.60 mm 0.63 mm 8.50 mm Ni mt 1-3 µm, Sn mt 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.60 mm 1.20 mm 10.50 mm Ni mt 1-3 µm, DMA Adv. In 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.60 mm 1.20 mm 10.50 mm Ni mt 1.3-2.2 µm, DMA Adv. AgSn 0.35-0.75 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.60 mm 1.20 mm 10.50 mm Ni mt 1-3 µm, Sn mt 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 2.80 mm 10.50 mm Ni mt 1.3-2.2 µm, DMA Adv. AgSn 0.35-0.75 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 2.80 mm 11.50 mm Ni mt 1-3 µm, DMA Adv. In 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 0.63 mm 10.50 mm Ni mt 1-3 µm, DMA Adv. In 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 0.63 mm 10.50 mm Ni mt 1.3-2.2 µm, DMA Adv. AgSn 0.35-0.75 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.40 mm 0.50 mm 10.50 mm Ni mt 1-3 µm, DMA Adv. In 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 0.63 mm 10.50 mm Ni mt 1-3 µm, Sn mt 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.60 mm 1.50 mm 10.50 mm Ni mt 1-3 µm, Sn mt 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 1.50 mm 11.50 mm Ni mt 1-3 µm, DMA Adv. In 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm
0.80 mm 4.80 mm 11.50 mm Ni mt 1-3 µm, Sn mt 0.3-1.1 µm Ni mt 1-2.2 µm, Sn mt 1-3 µm

Please enter your contact details and your extra requirements so that we can send you the quotation.

  • What is SKEDD?

    What is SKEDD? What is SKEDD?

    SKEDD is a new type of contact on printed circuit boards (PCB): Single cables, connectors and other components can now be inserted into the printed circuit board directly and reversibly – without the need for a socket base. 

    The technology is contributing to the miniaturization trend in passenger and commercial vehicle manufacture as well as in domestic equipment:

    • Reduction in assembly space and weight
    • Simplified assembly
    • Sustainable recycling process
  • Applications & advantages

    Applications & advantages Applications & advantages

    Board-to-board

    • Connection of two or more printed circuit boards
    • 180° or 90° angle possible
  • Component-to-board
    • Direct contact between the connector and the printed circuit board
    • No printed circuit board socket base required
  • Wire-to-board

    The crimping area enables a simple snap-in connection in insulating housings

  • Qualification

    Qualification Qualification

    In our test laboratory, we carry out all major tests for assessing the connection. The laboratory operates according to DIN EN 60352-5 as well as customer specifications. The scope of tests, the procedure and the characteristic values can be agreed upon with the customer relevant to the application.

    • Visual and dimension inspection
    • Insertion and extraction force
    • Micrograph generation/assessment
    • Contact resistance
    • Rapid temperature change (temperature shock)
    • Climate sequence (dry heat, cold and damp heat, cyclical) 
  • Contact

    Diehl Metall
    Diehl Metal Applications
    Sales Office Berlin
    Am Stichkanal 6-8
    14167 Berlin
    Germany
    Send email

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