The Story
Pope 8mm x 7cm Clear Vinyl Tubing Joiner is designed for joining two clear vinyl tubes, suitable for low-pressure applications involving air, water, or other liquids.
This joiner is made from lightweight, flexible PVC and is ideal for transferring air, water, or other liquids at low pressure. Its clear design allows for easy identification of blockages or foreign objects, making it suitable for applications such as siphoning lines, cable protection, and drainage lines. The joiner is not recommended for pressure applications or temperatures exceeding 40°C.
Features
- Lightweight and flexible vinyl tubing
- Corrosion and abrasion resistant
- Australian made for quality assurance
- Clear design for visual inspection of blockages
- Suitable for indoor and outdoor use
Specifications
| Dimensions (W x H x D) | 8mm x 70mm x 8mm |
| Material | PVC |
| Colour | Clear |
| Model Number | 1011963 |
| Volume/Size | 8mm |
Pope 8mm x 7cm Clear Vinyl Tubing Joiner is suitable for various low-pressure applications.
Description
Pope 8mm x 7cm Clear Vinyl Tubing Joiner is designed for joining two clear vinyl tubes, suitable for low-pressure applications involving air, water, or other liquids.
This joiner is made from lightweight, flexible PVC and is ideal for transferring air, water, or other liquids at low pressure. Its clear design allows for easy identification of blockages or foreign objects, making it suitable for applications such as siphoning lines, cable protection, and drainage lines. The joiner is not recommended for pressure applications or temperatures exceeding 40°C.
Features
- Lightweight and flexible vinyl tubing
- Corrosion and abrasion resistant
- Australian made for quality assurance
- Clear design for visual inspection of blockages
- Suitable for indoor and outdoor use
Specifications
| Dimensions (W x H x D) | 8mm x 70mm x 8mm |
| Material | PVC |
| Colour | Clear |
| Model Number | 1011963 |
| Volume/Size | 8mm |
Pope 8mm x 7cm Clear Vinyl Tubing Joiner is suitable for various low-pressure applications.
