Our PTFE cups are designed for laboratory, chemical handling, and industrial applications requiring excellent chemical resistance, temperature stability, and contamination control. Manufactured from high-quality polytetrafluoroethylene (PTFE), they provide a smooth non-stick surface and chemically inert performance for handling, mixing, and storing a wide range of materials.
Golden Collar can provide PTFE cups in different capacities, dimensions, wall thicknesses, and custom configurations according to specific application requirements.
Key Features
Excellent Chemical Resistance:
PTFE resists most acids, alkalis, solvents, and aggressive chemicals, making the cups suitable for corrosive laboratory and industrial environments.
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 making cleaning easier.
Chemically Inert:
PTFE does not readily react with most substances, helping maintain sample purity and reduce the risk of contamination.
Corrosion Resistant:
PTFE does not rust or corrode, making it suitable for repeated use with aggressive chemicals and moisture.
High-Purity Material Options:
Virgin PTFE options are available for laboratory and high-purity applications requiring chemically inert material contact.
Custom Sizes Available:
Capacity, diameter, height, wall thickness, and other dimensions can be customized according to drawings or OEM requirements.
Applications
- Laboratory chemical handling
- Mixing and transferring chemicals
- Sample preparation and storage
- Pharmaceutical processing
- Chemical processing
- Research and testing laboratories
- Food processing applications
- High-purity manufacturing
- Industrial material handling
- Custom OEM applications
Custom PTFE Cups
Golden Collar can manufacture custom PTFE cups according to customer drawings and application requirements, including different capacities, diameters, heights, wall thicknesses, and structural designs.
