Qual-Pex plus easy-lay insulated pipe. For hot and cold water service conditions.
The qualplex plus easy-lay insulated pipe is a flexible solution for hot and cold water service conditions. It is designed for domestic, commercial, and industrial plumbing and central heating applications. This 1/2" pipe is 50m in length, has a red color, and features 6mm insulation wall thickness. It is made of pe-x material and has a maximum service temperature of 100c and a minimum service temperature of -0c.
- Flexible and easy to lay
- Suitable for hot and cold water
- Durable and long-lasting material
- Easy to work with
- Space-saving design
- Freeze-resistant solution
| Product Width | 200.00 mm |
| Product Length | 50.00 m |
| Product Height / Depth | 6.00 mm |
| Product Weight | 4350.00 gm |
| Color | Red |
| Insulation Type | Insulated |
| Manufacturer Guarantee | 50 years |
| Material | PE-X |
| Maximum Service Temperature | 100C |
| Minimum Service Temperature | -0C |
| Thermal Conductivity | 0.036 W/(m-K) |
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Qualpex Plus Easylay Insulated 1/2" x 50m Red
Qual-Pex plus easy-lay insulated pipe. For hot and cold water service conditions.
The qualplex plus easy-lay insulated pipe is a flexible solution for hot and cold water service conditions. It is designed for domestic, commercial, and industrial plumbing and central heating applications. This 1/2" pipe is 50m in length, has a red color, and features 6mm insulation wall thickness. It is made of pe-x material and has a maximum service temperature of 100c and a minimum service temperature of -0c.
- Flexible and easy to lay
- Suitable for hot and cold water
- Durable and long-lasting material
- Easy to work with
- Space-saving design
- Freeze-resistant solution
| Product Width | 200.00 mm |
| Product Length | 50.00 m |
| Product Height / Depth | 6.00 mm |
| Product Weight | 4350.00 gm |
| Color | Red |
| Insulation Type | Insulated |
| Manufacturer Guarantee | 50 years |
| Material | PE-X |
| Maximum Service Temperature | 100C |
| Minimum Service Temperature | -0C |
| Thermal Conductivity | 0.036 W/(m-K) |