Waterproof PE foam pipe insulation for air conditioner
Our embossed PE insulation sleeve tube has three-layer structure: Outer layer embossing process is smooth, beautiful, anti-aging, anti-ultraviolet; Inner layer is independent foam with bubble structure, unique formula, good insulation resistance, resistance to high temperature of 95 degree without deformation; The insulation sleeve tube is twin-tube combination and easy separation, easy installation, beautiful appearance. Installed with copper tube or Cu-Al tube it is the best choice for connecting indoor and outdoor of air conditioners.
This sleeve tube is made of polyethylene(PE) closed-cell foam, the tube has no interface cracks with small water absorption and good insulation properties, and does not corrode steel tube and copper tube. The surface of sleeve tube can be fixed with a layer of embossed Pe sheet. This sleeve tubes can be widely used for air conditioning insulation pipe and protective sleeve of metal pipes.
1, Dimensions for Twin-tubes
2, Dimensions for Single-tube
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Our embossed PE insulation sleeve tube has three-layer structure: Outer layer embossing process is smooth, beautiful, anti-aging, anti-ultraviolet; Inner layer is independent foam with bubble structure, unique formula, good insulation resistance, resistance to high temperature of 95 degree without deformation; The insulation sleeve tube is twin-tube combination and easy separation, easy installation, beautiful appearance. Installed with copper tube or Cu-Al tube it is the best choice for connecting indoor and outdoor of air conditioners.
This sleeve tube is made of polyethylene(PE) closed-cell foam, the tube has no interface cracks with small water absorption and good insulation properties, and does not corrode steel tube and copper tube. The surface of sleeve tube can be fixed with a layer of embossed Pe sheet. This sleeve tubes can be widely used for air conditioning insulation pipe and protective sleeve of metal pipes.
| Technical Parameter | |
| Thermal conductivity | 0.027-0.030W/m.K |
| compression strength | 160KPa |
| Operating Temperature | -50-+100ºC |
| Fireproof Performance | B2 |
| Elastic Restoring Rate | 90% |
| Tubing | as table for dimensions |
| Resistance To Tensile Stress | 180KPa |
| Flame Resistance oxygen index | 18-25.5 |
| Density | 20-35Kg/m3 |
1, Dimensions for Twin-tubes
| Wall Thickness | |||||||
| No.. | Type of Air-conditioers | ID of twin-tubes | 8mm | 9mm | 10mm | 12mm | 15mm |
| 1 | 1 HP | Φ9×Φ12mm | 1 HP×8 | 1 HP×9 | 1 HP×10 | 1 HP×12 | 1 HP×15 |
| 2 | 1.5 HP | Φ9×Φ12mm | 1.5HP×8 | 1.5HP×9 | 1.5HP×10 | 1.5HP×12 | 1.5HP×15 |
| 3 | 2.5 HP | Φ9×Φ19mm | 2.5HP×8 | 2.5HP×9 | 2.5HP×10 | 2.5HP×12 | 2.5HP×15 |
| 4 | 3 HP | Φ12×Φ19mm | 3 HP×8 | 3 HP×9 | 3 HP×10 | 3 HP×12 | 3 HP×15 |
| 5 | 4 HP | Φ12×Φ22mm | 4 HP×8 | 4 HP×9 | 4 HP×10 | 4 HP×12 | 4 HP×15 |
| 6 | 5 HP | Φ9×Φ12mm | 5 HP×8 | 5 HP×9 | 5 HP×10 | 5 HP×12 | 5 HP×15 |
2, Dimensions for Single-tube
| No.. | ID (inch) | ID (mm) | ID(inch) x Wall Thickness (mm) | ||||
| 1 | 1/4"×N | Φ6 | 1/4"×6 | 1/4"×8 | 1/4"×10mm | 1/4"× 12mm | 1/4"×15mm |
| 2 | 3/8"×N | Φ10 | 3/8"×6 | 3/8"×8 | 3/8"× 10mm | 3/8"× 12mm | 3/8"× 15mm |
| 3 | 1/2"×N | Φ13 | 1/2"×6 | 1/2"×8 | 1/2"× 10mm | 1/2"× 12mm | 1/2"× 15mm |
| 4 | 5/8"×N | Φ16 | 5/8"×6 | 5/8"×8 | 5/8"× 10mm | 5/8"× 12mm | 5/8"× 15mm |
| 5 | 3/4"×N | Φ19 | 3/4"×6 | 3/4"×8 | 3/4"× 10mm | 3/4"× 12mm | 3/4"× 15mm |
| 6 | 7/8"×N | Φ22 | 7/8"×6 | 7/8"×8 | 7/8"× 10mm | 7/8"× 12mm | 7/8"× 15mm |
| 7 | 1"×N | Φ25 | 1"×6 | 1"×8 | 1"× 10mm | 1"× 12mm | 1"× 15mm |
| 8 | 1-1/8"×N | Φ28 | 1-1/8"×6 | 1-1/8"×8 | 1-1/8"× 10mm | 1-1/8"× 12mm | 1-1/8"× 15mm |
| 9 | 1-1/4"×N | Φ34 | 1-1/4"×6 | 1-1/4"×8 | 1-1/4"× 10mm | 1-1/4"× 12mm | 1-1/4"× 15mm |