Glass Handling
GLASSMATE® materials ensure optimal performance and increased packing rates for your hot glass handling applications.
We manufacture materials that increase yield and decrease downtime from costly repairs. An optimal combination of our unique, high-strength graphite and tight machining standards creates ideal products for glass handling applications.
Featured Content
Featured Content
Featured Content
GLASSMATE Products
Our large portfolio of GLASSMATE glass handling products support you in key, high-temperature sections of the glass bottle line by helping to increase pack rate and yield while reducing your total cost of ownership.
Featured Video
Glass Handling
In this video, learn how Entegris’ durable and heat-resistant graphite materials perform under the most rigorous conditions, leading to increased machine uptime and reduced production costs.. Runtime: 01:18
Featured White Paper
White Paper
Maximizing Access to Closed-Mold Pickup Technology
Increase yield in glass bottle manufacturing with the self-aligning method. In this whitepaper, learn how the self-aligning model works, how setup differs from the direct transfer method and the advantages of fixed and floating inserts.
Featured Insights
Campaign
Enabling Competitive Glass
Containers, and the materials they are made of, can have a significant impact on the final cost of products, and on both the perception and the actual quality of their contents. Glass containers need to be lighter to maintain competitiveness in today’s markets. Learn how Entegris is enabling our customers to create durable, lightweight glass containers.
Featured Catalog
Catalog
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GLASSMATE Graphite Materials - Catalog of machine repair parts
The GLASSMATE family of materials have has been specifically developed for use in hot glass contact applications. GLASSMATE materials have the heat resistance, strength, durability, and non-absorption characteristics to perform under the most rigorous conditions without damaging the glassware. Our hot glass handling materials offer excellent performance combined with reduced mechanical damage for increased pack rates.