How CTG Specializes in High-Temperature Viton® Seals
CTG excels in manufacturing high-performance Viton® fluoroelastomer seals specifically engineered for extreme temperature applications. Our specialized formulations and manufacturing processes ensure optimal performance in environments with sustained elevated temperatures and thermal cycling. We leverage extensive thermal management expertise to deliver Viton® seals that provide reliable service in the most demanding high-temperature systems.
High-Temperature Viton® Seal Features
Our high-temperature Viton® seals feature:
Exceptional heat resistance up to 400°F (204°C)
Superior continuous temperature capability
Excellent thermal cycling resistance
Outstanding compression set at temperature
Enhanced oxidation resistance
Good mechanical properties at elevated temperatures
Extended service life in high-heat environments
Excellent aging characteristics
High-Temperature Applications
CTG’s Viton® seals excel in high-temperature applications including:
Heat exchanger systems
Industrial ovens and furnaces
Power generation equipment
Exhaust system components
Hot oil systems
Steam handling equipment
Thermal process controls
High-temperature processing equipment
Industry Standards & Compliance
Our high-temperature Viton® seals meet:
ASTM D2000 classifications
ISO 9001 quality standards
ASME Boiler and Pressure Vessel Code
ANSI requirements
ASTM D395 compression set standards
Heat resistance testing protocols
International high-temperature standards
Customer-specific thermal specifications
High-Temperature Viton® FAQ
What makes Viton® ideal for high-temperature applications?
Viton® offers exceptional resistance to elevated temperatures, maintaining its mechanical properties, sealing force, and chemical resistance at temperatures where most other elastomers would rapidly degrade, making it the premium choice for extreme thermal environments.
What temperature ranges can your high-temperature Viton® seals handle?
Our specialized high-temperature Viton® seals perform effectively from -15°F to 400°F (-26°C to 204°C) in continuous service, with excursions to higher temperatures possible for brief periods.
How do your Viton® seals handle thermal cycling?
Our high-temperature Viton® compounds are formulated to maintain their mechanical properties and sealing effectiveness through thousands of thermal cycles, exhibiting minimal compression set and excellent recovery characteristics.
What advantages does Viton® offer over silicone in high-temperature applications?
While silicone handles high temperatures, Viton® provides significantly better fluid and chemical resistance, superior compression set properties, and better mechanical strength at elevated temperatures for applications requiring both thermal and chemical performance.
How does steam exposure affect your high-temperature Viton® seals?
Our high-temperature Viton® formulations offer excellent resistance to steam environments, maintaining their integrity in saturated and superheated steam applications where other elastomers would rapidly degrade.
Custom Solutions for High-Temperature Systems
CTG offers:
Application-specific Viton® formulations
Custom temperature optimization
Enhanced thermal cycling resistance
Specialized compression set properties
Oxidation-resistant compounds
Rapid prototype development
Thermal performance testing
Material certification packages
Contact our technical team today at 800.299.1685 or email ctgsales@ctgasket.com for expert guidance on your high-temperature Viton® seal requirements.