Shri Manak Copper LLP

Electrolytic Copper Powder – High Conductivity for High-Performance Applications

Our Electrolytic Copper Powder is produced using a refined electrolysis process to deliver high purity, excellent conductivity, and uniform particle distribution. It is the ideal material for industries demanding precision, performance, and reliability — from electronics and metallurgy to chemical and additive manufacturing.

Electrolytic Copper Powder – High Conductivity for High-Performance Applications

Our Electrolytic Copper Powder is produced using a refined electrolysis process to deliver high purity, excellent conductivity, and uniform particle distribution. It is the ideal material for industries demanding precision, performance, and reliability — from electronics and metallurgy to chemical and additive manufacturing.

Electrolytic Copper Powder – High Conductivity for High-Performance Applications

Our Electrolytic Copper Powder is produced using a refined electrolysis process to deliver high purity, excellent conductivity, and uniform particle distribution. It is the ideal material for industries demanding precision, performance, and reliability — from electronics and metallurgy to chemical and additive manufacturing.

Key Features :- 

• Electrolytic copper powder is produced through electrolysis, resulting in high-purity, fine, and uniform particles.
• Typically contains 99.9% or higher copper content, ensuring excellent electrical and thermal conductivity.
• Features a clean surface with minimal impurities, making it suitable for high-end electrical, electronic, and metallurgical applications.
• Used in powder metallurgy, circuit board manufacturing, conductive coatings, and advanced electronic components.
• Offers good flowability and packing density, facilitating efficient manufacturing processes.

As per customer requirement.Electrolytic Copper Powder – High Conductivity for High-Performance Applications

Our Electrolytic Copper Powder is produced using a refined electrolysis process to deliver high purity, excellent conductivity, and uniform particle distribution. It is the ideal material for industries demanding precision, performance, and reliability — from electronics and metallurgy to chemical and additive manufacturing.