MEMBRANES FOR WISCHT VACUUM PRESSES
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT CVPM-1330-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3550 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT CVPM-1335-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 4150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT CVPM-1340-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT VPM-1330-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3550 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT VPM-1335-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 4150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT VPM-1340-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT RVPM2-1330-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3550 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT RVPM2-1335-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 4150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT RVPM2-1340-H80.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending, PVC foil laminating.
- Compatibility: WISCHT FVPM-1330-H100.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 3550 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending.
- Compatibility: WISCHT FVPM-1335-H100.
- Thickness: 2.5 mm
- Width: 1700 mm
- Length: 4150 mm
- Hardness: 40 Shore A
- Area of application: Veneer pressing, wood bending, PVC Foil lamination.
- Compatibility: WISCHT FVPM-1340-H100.
The role of the membrane in WISCHT vacuum presses
During operation, the membrane in WISCHT presses is constantly exposed to stretching, thermal load and repeated recovery to its original shape. In serial production, this means hundreds or thousands of cycles in which the membrane material must maintain elasticity, uniform thickness and stable performance across the entire working area.
An insufficiently durable membrane leads to uneven pressure distribution, surface defects and reduced process repeatability. For this reason, the selection of membranes for WISCHT vacuum presses must be based on real operating conditions rather than nominal parameters.
Compatible membranes for WISCHT equipment
This category features membranes that are successfully used in WISCHT vacuum presses under real production conditions. Selection is based on processing technology, operating temperature and production intensity.
Depending on the application, the following options are available:
- Natural rubber membranes — ideal for veneering, laminating and standard pressing operations
- Silicone membranes — designed for high-temperature processes, thermoforming and PVC foil pressing
All membranes ensure uniform pressure transfer across the entire surface, which is critical when working with complex-shaped furniture fronts and multilayer materials.
A practical approach to membrane selection for WISCHT presses
When choosing a membrane for a WISCHT vacuum press, it is important to consider not only the press model but also actual working conditions — heating temperature, draw depth, part geometry and cycle duration.
We supply membranes for WISCHT presses used in both small workshops and large-scale furniture production facilities across Europe. Proper membrane selection helps reduce scrap rates, stabilize production quality and extend equipment service life without changing the technological process.
Industrial-grade membranes allow WISCHT vacuum presses to fully realize their potential and deliver predictable results during long-term operation.