Glass Applications

Row of glass bottles in production, showcasing heating processes and precision glasswork for quality control.
Made in the USA
Ships Fast!
In Stock
Made in the USA
Ships Fast!
In Stock
Made in the USA
Ships Fast!
In Stock

Glass industry hoses for clinching and drying applications in glass manufacturing environments. These flexible hoses deliver clean, non-contaminating airflow and high-temperature resistance critical for glass production processes. Available in polyurethane, coated fabric, and silicone construction — with options rated for temperatures from ambient to extreme heat. Whether you need a glass clinching hose for forming operations or a glass drying duct for curing and finishing, these hoses protect delicate glass surfaces while maintaining consistent airflow and heat transfer performance.

Explore our glass drying hoses.
Glass bottles lined up in a glass production line, showcasing drying process with high-speed airflow.

Glass Drying (5)

10 Products

Your Glass Industry Hose Experts

Glass manufacturing demands hoses that deliver clean, non-contaminating airflow at elevated temperatures without marking or damaging delicate surfaces during clinching and drying operations. The Flx-Thane HD provides heavy-wall polyurethane construction for glass clinching applications where abrasion resistance and strong vacuum are essential. The Flx-Thane MD Clear, Metric, and Black variations offer medium-duty polyurethane for general glass drying and material handling where flexibility and visibility matter. For high-temperature glass drying and curing, the Heat-Flex GS, Heat-Flex NS, and CW-325 Heat-Flex deliver silicone and coated fabric construction rated for sustained elevated heat exposure. The Flexadux CWY adds a coated woven yarn option for glass drying lines requiring lightweight, crush-resistant ducting. The Flex-Lok 1200 and Flex-Lok 750 provide all-metal construction for the most extreme temperature requirements in glass production, handling continuous service at temperatures other hose materials cannot withstand.
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