Description
Description
The Premium PVC Ventilation Gasket is an essential component for both commercial and industrial ventilation systems. It is also widely utilized in set design, prop making, and production design across the theatre, film, and TV industries, providing a versatile solution that enhances aesthetic appeal.
This gasket is made from high-quality UPVC, offering a futuristic, industrial, or urban look to sets, props, and costumes. Its versatility and functionality make it suitable for various applications, including fume extraction where conventional materials may fail due to corrosive environments.
In addition to its aesthetic benefits, the performance of the PVC gasket is noteworthy. It excels in areas with high humidity and corrosive gases, such as chlorine and salts, where traditional materials like plated or stainless steel would corrode rapidly. The Premium PVC solution provides superior insulation compared to metal alternatives, enhancing heating and cooling efficiency. Its smooth inner surface minimizes air resistance, ultimately improving ventilation system performance.
Key characteristics of PVC include high chemical resistance, particularly to organic acids and lye, along with high stability and rigidity. It has a remarkable resistance to corrosion and operates efficiently within a temperature range of 0 to +60°C. Additionally, it features a self-extinguishing capacity, ensuring safety in various environments.
Technical Specifications
| Specification | Measurement |
|---|---|
| Material | UPVC |
| Shape | Ventilation Gasket |
Applications
- Fume extraction in industrial settings
- High humidity environments
- Production design for theatre, film, and TV
- Heating and cooling systems
FAQ
-
Is the PVC ventilation gasket suitable for outdoor use?
Yes, it is resistant to various environmental conditions. -
What is the maximum operating temperature?
The gasket can operate efficiently from 0 to +60°C. -
Can it be used in corrosive environments?
Absolutely, it is designed to withstand corrosive gases effectively.


