Our PTFE containers are designed for chemical storage, sample handling, and high-purity applications requiring excellent chemical resistance, temperature stability, and non-reactive material performance. Manufactured from high-quality polytetrafluoroethylene (PTFE), they are suitable for laboratories, chemical processing, pharmaceutical, and industrial environments.
Golden Collar can provide PTFE containers in various capacities, dimensions, wall thicknesses, and lid configurations to meet specific storage and application requirements.
Key Features
Excellent Chemical Resistance:
PTFE resists most acids, alkalis, solvents, and other aggressive chemicals, making the containers suitable for storing corrosive materials.
Wide Temperature Range:
Suitable for operating temperatures from approximately -200°C to +260°C, depending on application conditions.
Non-Stick Surface:
The low surface energy of PTFE helps reduce material adhesion, residue buildup, and sample loss while simplifying cleaning.
Chemically Inert:
PTFE does not readily react with most stored substances, helping maintain sample purity and reduce contamination.
Corrosion Resistant:
PTFE does not rust or corrode, supporting long-term use in chemically aggressive and moisture-rich environments.
Durable & Reusable:
Designed for repeated laboratory and industrial use while maintaining stable material properties.
Custom Sizes Available:
Capacity, diameter, height, wall thickness, lid design, and other dimensions can be customized according to application requirements.
Applications
- Laboratory chemical storage
- Acid and solvent storage
- Pharmaceutical processing
- Chemical processing
- High-purity sample handling
- Semiconductor applications
- Food processing
- Research and testing laboratories
- Industrial material storage
- Custom OEM applications
Custom PTFE Containers
Golden Collar can manufacture custom PTFE containers according to customer drawings and application requirements, including different capacities, dimensions, wall thicknesses, lid designs, and structural configurations.
