茨城プレイティング工業 Product Lineup

For compression springs that require delicate handling due to their thin wire diameter, we apply a coating that has good adhesion (*1) and is according to the specified film thickness (in sub-micron units) (*2). *1 This is to ensure that the coating does not peel off during the expansion and contraction of the compression spring. *2 This is to ensure that the thickness of the coating does not compromise the load value of the spring.

• Other electronic parts

For compression springs that require delicate handling due to their thin wire diameter, we apply a coating that has good adhesion (*1) and is according to the specified film thickness (in sub-micrometer units) (*2). *1 To prevent the coating from peeling off due to the expansion and contraction of the compression spring. *2 To ensure that the thickness of the coating does not compromise the load value of the spring.

• Other electronic parts

It is said that plating on the inner diameter side of bag holes (blind holes) and thin ultra-fine tubes is difficult, so we apply plating that is "well-adhered" up to the "inner surface bottom" to ensure sufficient contact area for springs and contacts incorporated on the inner diameter side. This is to prevent any peeling of the plating due to the sliding of the springs and contacts incorporated on the inner diameter side.

• Other electronic parts

It is possible to apply a "high yield" plating to thin plate press-processed products that are prone to "overlapping" between products. *1 Normally, overlapping can cause defects such as lack of plating, stains, and unevenness. *2 Yield is the ratio of the number of good products to the input quantity (the quantity processed at one time). Performance of the parts in the photo: Yield approximately 99.80%.

• Sensors

Micro contact component details Size: Outer diameter 150 μm, total length 1.50 mm Material: C3604 Plating specifications: Base plating: Electroless nickel plating Final plating: Hard gold plating (Au-Co)

• Other electronic parts