Isostatic and Transfer Moulded Components
Why Choose ISO Static Moulded PTFE Seals?
Our ISO static moulding process delivers superior PTFE seals with uniform density, enhanced mechanical properties, and exceptional chemical resistance. These seals offer reliable performance and longevity in demanding automotive and industrial applications, making them the preferred choice for critical sealing solutions.
Enhanced Material Uniformity
- Uniform Density: Eliminates weak points
- Consistent Quality: Minimal variations
Superior Mechanical Properties
- High Strength and Enhanced wear resistance
- Excellent Load-Bearing Capacity
Improved Sealing Performance
- Better Conformity and Tightness
- Reduced Leakage in critical applications
Enhanced Chemical Resistance
- Resistance to Aggressive Fluids
- Extended Service Life in harsh environments
Thermal Stability
- High Temperature Performance
- Minimal Thermal Expansion
Low Friction Benefits
- Smooth Surface Finish
- Improved Energy Efficiency
Design Versatility
- Complex Geometries Production
- Customized Solutions Available
Environmental & Cost Benefits
- Reduced Waste in Manufacturing
- Long-term Cost Effectiveness
ISO Static Moulding of PTFE Components
Our specialized process combines high pressure and isostatic pressing techniques to shape PTFE into complex forms while maintaining its superior properties.

PTFE Lined Reducing Flange

PTFE Lined Butterfly Valve
Butterfly Valve Components
- PTFE seats with uniform density for perfect sealing
- Encapsulated discs with metal core strength
PTFE Sleeved Plug Valves
- Uniformly dense PTFE sleeves
- Superior chemical resistance for harsh environments
AODD Pump Components
- Critical components with consistent properties
- Enhanced chemical compatibility and longevity
Control Valve Parts
- Precision valve seats and diaphragms
- Low friction and excellent sealing properties
Diaphragm Valve Parts
- Chemical resistant PTFE diaphragms
- Uniform thickness for reliable operation
PTFE Lined Components
- Dense, defect-free PTFE linings
- Extended service life in corrosive systems