PRODUCTS & SERVICES

View All Products & Services

THANK YOU FOR YOUR INQUIRY. OUR TEAM WILL BE CONTACTING YOU SHORTLY.

Request Product Info
Filter Results By:
Filter Results By
Product Categories
Product Families
Applications
Industries
Clear All Filters
Sort By:

Technical Grade Glass Powders

Ferro offers a wide portfolio of over 3,000 formulations of vitreous and devitrifying (crystallizing) technical glass powders used in electronic applications.

Technical Glass Powders used in electronic applications as protective and insulating layers, binding agents in metal or ceramic pastes, and sealants for a variety of ceramic, metal, and glass components.
Our technical glass powders are widely used in automotive, defense, aerospace, telecommunication, energy and consumer industries and markets, and wherever high purity and tightly controlled properties are required.  

Ferro’s in-house glass melting capabilities allow us to create various glass compositions utilizing different melting technologies depending on the composition and quality requirements of the individual glass type.
TECHNICAL GLASS POWDERS APPLICATIONS
We utilize both dry and wet grinding technologies which enable us to produce a wide range of particle size distributions from an average particle size of >50 µm to sub-micron sizes.


All technical glass powders products are formulated and processed to be RoHS and REACH compliant.
Our electronic glass and technical glass innovation capabilities allow us to deliver rapid go-to-market solutions for our customers.

 

TECHNICAL GLASS POWDER APPLICATION
  • Ceramic package sealing

  • Glass-to-metal sealing

  • Ceramic sintering aid

  • Ceramic overglazing

  • Glass display sealing

  • Battery sealing

  • Solid oxide fuel cell sealing
ELECTRONIC MATERIALS VALUE ADDED SERVICES

VALUE ADDED SERVICES

Ferro utilizes its extensive research, development and analytical resources to develop custom glass powders based on customer’s specific applications with tailored properties including composition, firing temperature and CTE based on the materials used.