Disc Connector Out
The Disc Connector Out was developed specifically for use in the vacuum and infusion process. The flat disc surface allows the vacuum film to lie cleanly against it, ensuring a reliable seal.
The hose is inserted securely through the central opening; an internal stop prevents the hose from being pushed through.
- Grooves on the underside of the disc for improved resin or air flow
- Material: POM – rigid, dimensionally stable, chemical-resistant
- Media: epoxy and polyester resin
- Temperature: -40 °C to +90 °C, briefly +110 °C*
- Application: vacuum & infusion in a single component
| Item No. | ⌀-Hose | PU | Material | D1 | D2 | H1 |
|---|---|---|---|---|---|---|
| TVO-10-100 (soon) | 10 mm | 100 | POM | 10,5 mm | 43 mm | 26 mm |
| TVO-12-100 (soon) | 12 mm | 100 | POM | 12,5 mm | 43 mm | 26 mm |
| TVO-16-100 (soon) | 16 mm | 100 | POM | 16,5 mm | 52 mm | 27 mm |
Advantages
- Internal stop prevents the hose from being pushed through
- Grooves on the underside improve resin or air distribution
- Suitable for GRP, CRP and other fibre-reinforced composites
Application
The Disc Connector Out is used in professional vacuum and infusion setups in composite manufacturing – depending on
the setup, for air extraction in the vacuum process or for resin feed in vacuum infusion.
Depending on component size, several Disc Connector Out units are often combined in one setup.
Materials
The Disc Connector Out is suitable for both epoxy and polyester resin. The POM used offers good chemical resistance,
high dimensional stability and high mechanical load capacity.
Which Diameter Matters?
With the Disc Connector Out, the hose is inserted into the central opening; an internal stop halts it at the correct position.
The outside diameter of your hose determines which version to choose. See the table for the available sizes.
Custom Solutions
Custom hose outside diameters and special versions are also available on request.
* Temperature resistance depends on the specific application and medium. The customer is required to verify the product’s suitability under the specific operating conditions.
