
Material Performance
The IN series fiber air distribution system can use spray holes, fabric cloth air outlets,and louver air outlets to achieve uniform air supply or fixed-point air supply. The system has the technical characteristics of controllable wind speed, controllable static pressure, and controllable air supply range.The finished system has excellent tear resistance and does not contain any harmful substances such as formaldehyde. The design service life of the system can reach more than 15 years.
The IN series fiber air distribution system can use spray holes, fabric cloth air outlets,and louver air outlets to achieve uniform air supply or fixed-point air supply. The system has the technical characteristics of controllable wind speed, controllable static pressure, and controllable air supply range.The finished system has excellent tear resistance and does not contain any harmful substances such as formaldehyde. The design service life of the system can reach more than 15 years.
Technical Features
In series thermal insulation composite air duct system uses the third generation of fine control micro foam rubber plastic material as the insulation layer. With HV or ACD series flame retardant or non combustible fiber as surface material, it uses unique patented composite technology to perfectly ntegrate fiber fabric and matenal. It composites different functional types of veneers according to needs. and has various performance indicators such as pressure resistance. impact resistance, low friction resistance, good flexibility, antibacterial. and noise reduction.
Application Field
It can cover all application fields of HVAC and has a number of international and domestic certifications and patents.
Material Thickness Selecion
Fire Protection Level Selection Of Functional Veneer Materials
It can cover all application fields of HVAC and has a number of international and domestic certifications and patents.
Material Thickness Selecion
| Imperial(inch) | 1/4" | 3/8" | 1/2" | 3/4" | 1" |
| Metric(mm) | 6 | 9 | 13 | 19 | 25 |
Fire Protection Level Selection Of Functional Veneer Materials
| Outer Layer | A2 | A2 | B1 | B1 |
| Insulation Layer | B1 | |||
| Inner Layer | A2 | B1 | B1 | A2 |
Metric System For Shape And pipe diameter
| Round O | Oblate E |
| 305 813 | 305*1016 610*1168 |
| 406 864 | 305*1118 610*1219 |
| 457 914 | 457*1118 660*1118 |
| 508 965 | 457*1168 660*1168 |
| 559 1016 | 457*1219 660*1219 |
| 610 1067 | 508*1118 711*1219 |
| 660 1118 | 508*1168 711*1270 |
| 711 1168 | 508*1219 711*1321 |
| 762 1219 | 610*1118 813*1321 |
Installaion Method
| Single row steel cable GS1 | Three row steel cables GS3 |
| Double row Steel GS2 | Multi-row steel cable GSN |
| Three-row steel cables GS3 | Three-row slide GT3 |
| Single row slide GD1 | Multi-row slider GTN |
| Double-row slide GD2 | |
| Three-row Slide rails GD3 | |
| Single-row slider GT1 | |
| Double-row slider GT2 | |
| Three-row Slider GT3 |
Performance parameter
| Performance item | Technical Index | Actual parameters | |
| Material Performance | Thermal conductivity w/(mk) | 0℃(average temperature)时 ≤0.036 | 0.032 |
| Moisture permeability coefficient | ≤1.3*10-10g/(m².s.Pa) | 1.0*10-11 | |
| Wet resistance factor | ≥1.5*103 | 2*105 | |
| Vacuum water absorption | ≤10% | 3% | |
| Finished Product Performance | Withstand pressure and deformation | When the pressure ts 2000Pa, the appearance is normal, no cracks, no damage | No change |
| Air leakage(m³/h.m²) | When the static pressure in the pipe is 500Pa, the air leakage per unit area Q≤3 | 0.29 | |
| Air leakage(m³/h.m²) | When the static pressure in the pipe is 500Pa, the air leakage per unit area Q≤1.57 | 1.27 | |
| Durability | The air leakage after the durability test does not exceed 80% of the air leakage before storage | 35% | |


