Our PTFE mixing propellers are designed for mixing and agitation applications in corrosive, high-purity, and chemically demanding environments. Manufactured from high-quality polytetrafluoroethylene (PTFE), they provide excellent chemical resistance, a non-stick surface, and reliable performance when handling aggressive liquids and process media.
Golden Collar can manufacture PTFE mixing propellers in different blade shapes, diameters, shaft configurations, and structural designs. Both one-piece and assembled designs are available according to specific mixing and equipment requirements.
Key Features
Excellent Chemical Resistance:
PTFE resists most acids, alkalis, solvents, and aggressive chemicals, making the propellers suitable for corrosive mixing applications.
Wide Temperature Stability:
PTFE maintains stable material properties across a broad temperature range for demanding laboratory and industrial processes.
Non-Stick Surface:
The low surface energy of PTFE helps reduce material adhesion and buildup on the propeller surface, making cleaning and maintenance easier.
Chemically Inert:
PTFE does not readily react with most process media, helping reduce contamination in pharmaceutical, laboratory, and high-purity applications.
Multiple Blade Designs:
Different propeller shapes and blade geometries can be produced according to fluid viscosity, vessel size, and mixing requirements.
One-Piece or Assembled Construction:
Available as integrated one-piece components or separate blade and shaft assemblies depending on equipment design.
Custom Sizes Available:
Propeller diameter, blade shape, shaft dimensions, connection features, and other specifications can be customized according to drawings or OEM requirements.
Applications
- Chemical processing
- Pharmaceutical manufacturing
- Food processing
- Water treatment
- Laboratory mixing
- High-purity fluid processing
- Industrial reactors and mixing tanks
- Custom OEM agitation systems
Custom PTFE Mixing Propellers
Golden Collar can manufacture custom PTFE mixing propellers according to customer drawings and application requirements, including different blade shapes, diameters, shaft lengths, connection types, and one-piece or assembled configurations.
