Strips and wires in electronic engineering

A classic material in fine metal masks (FMM) for OLED displays is 1.3910 (Invar 36^®) with a high degree of purity.

Properties of the strip:

• stress-free
• high surface quality
• optimum flatness

Fiber optic cables require the following features in the production process:

• consistently high edge quality
• suitable for direct welding
• constant cutting quality for the customer's trimming process
• very good drawing properties due to increased Ni content

Trust in our materials, like 1.4301PA or 1.4404LA.

Clamping springs are often made from profiles of material 1.4310 in dimensions from 3.8 mm x 0.37 mm to 4 mm x 0.4 mm.

A high residual ductility during processing is important.

Applications are, for example, classic control cabinet terminals.

Optical image stabilizers (OIS) require a thermally stable material such as 1.4310FM with tight thickness tolerances. To be able to apply QR or barcodes, we include a finish for a direction-independent surface (non-directional finish).

The strip is characterized by:

• thermal stability
• low shrinkage in the production process when exposed to temperature

Zapp strip material can be used in all areas of the shaver. Martensitic materials such as 1.4122YL, 1.1028MO, or 1.4037YT are particularly suitable for

• shaving foils
• cutting elements, also material 1.4310FS for special cutting applications

Materials 1.4301PA and 1.4303ST are suitable for design elements with the highest surface requirements.

Connectors require:

• constant holding force
• tight and reliable bending properties

Material 1.4310FS is often used. We supply this with a surface control to avoid flaking.

SMD stands for a surface-mounted device. Classic materials for stencils, solder paste, and adhesive stencils are 1.4310 and 1.4301.

Properties of the materials:

• low tension
• targeted grain sizes – here, for example, a fine grain structure
• optimized flatness

Data sheet 1.4301brochure etching