Fundamental Materials of IC Test & Package Industry — Conductive Particles

Anlace Metal Corporation is a specialized supplier of high-performance conductive spheres for semiconductor testing. These conductive spheres feature extremely low internal resistance and stable electrical conductivity, making them essential core materials in next-generation IC testing—particularly within conductive rubber interfaces and test socket assemblies. Their superior electrical characteristics significantly enhance the precision and reliability of IC testing, ensuring consistency in test results.

In addition, Anlace’s conductive spheres are well-suited for use in ACF (Anisotropic Conductive Film) technologies. ACF is a critical interconnection material for high-precision electronic packaging, widely used in displays, touch panels, and flexible circuit assemblies. Anlace’s conductive spheres deliver exceptional conductivity and stability in ACF bonding applications, helping to ensure accurate signal transmission and long-term operational reliability of the device.

All of Anlace’s conductive sphere products adhere to the highest quality standards required for both semiconductor testing and ACF applications, and they are already being stably adopted by multiple clients in the industry.

Processing and manufacturing of precious metals (gold, silver, palladium, platinum)

  • Production and sales of reagents containing precious metals; chemical industry processing and manufacturing
  • Research, processing, and sales of various powders and metal catalysts
  • Precious metal recovery and refining
  • Electroplating and plasma surface modification
  • Customized products featuring gold or silver leaf

Conductive Powder

  • Gold-Coated Nickel Powder / Silver-Coated Nickel Powder : High conductivity, excellent oxidation resistance, and uniform spherical structure—ideal for electronic packaging and precision conductive materials.
  • Gold-Coated Silver Powder : Low electrical resistance, high durability and stability, and efficient conductivity performance.
  • Conductive Carbon Powder : Good electrical conductivity, cost-effective, and lightweight.

Conductive Powder

Gold-Coated Nickel Powder

Conductive Powder

Gold-Coated Acrylic Powder

Conductive Powder

Silver-Coated Acrylic Powder

Conductive Powder

Silver-Coated Nickel Powder

Gold-Based Materials

Gold-Based Materials

Potassium dicyanoaurate (I) K[Au(CN)2] CAS 13967-50-5

Gold-Based Materials

Sodium Tetrachloroaurate (Ⅲ) Na[AuCl₄]·2H₂O CAS 13874-02-7

Silver-Based Materials

Silver-Based Materials

Silver(I) Cyanide AgCN CAS 506-64-9

Silver-Based Materials

Potassium Silver(I) Cyanide K[Ag(CN)₂] CAS 506-61-6

Silver-Based Materials

Silver(I) Nitrate AgNO₃ CAS 7761-88-8

Platinum-Based Materials

Platinum-Based Materials

Chloroplatinic Acid Hexahydrate H₂[PtCl₆]·6H₂O CAS 16941-12-1

Platinum-Based Materials

Chloroplatinic Acid Solution H₂[PtCl₆]·nH₂O Hydrochloric Acid (HCl) Platinum Content: 96.0 – 104.0 g/L

Palladium-based Materials

Palladium-based Materials

Palladium(II) Chloride PdCl₂ CAS 7647-10-1

Palladium-based Materials

Tetraamminepalladium(II) Chloride Monohydrate Pd(NH₃)₄Cl₂·H₂O CAS 13933-31-8

Metal Powder

Metal Powder

Gold Powder

Metal Powder

Silver Powder

Metal Powder

Palladium Powder

Metal Powder

Platinum Powder

Metal Powder

Nickel Powder