Leveraging on our vast industry experience, we bring forth for our clients topnotch quality Pu Duct Hose Light Duty. Made of microbe & hydrolysis resilient polyurethane fiber, this duct hose in widely used for light duty applications in plastic, food, chemical, pharmaceutical and ceramic industries. To cater to our clients' requirements, we offer this hose in varied designs, dimensions and specifications. Throughout inspection is done at various levels of production to avoid any kind of inferiority or defect. Some of the salient features of this Pu Duct Hose Light Duty are mentioned below:
PU DUCT HOSE ( LIGHT DUTY ) :
Light Duty Hose replaces PVC Duct Hoses where the usage require extreme flexibility and low weight. No tear and wear possible and hence can offer many times more life span than PVC Hoses. Free of softeners, halogen free and cadmium free and produced as per FDA regulations
Design : Wall made of abrasion resistant polyurethane Ã,¬ as microbes and hydrolysis resistant version Ã,¬ copper plated spring steel spiral embedded into wall
Applications : Universal hose for the for Carding, Draw frames, Ring Frames, Bale Plucker O.H.T.C, Dust Collection System, Humidification Plants, Exhaust of smoke and chemical fumes, as Bello hose
Temperature Range :
- 40Ã,° C to + 90Ã,° C ( + 125Ã,° C short term )
Also available flame retardant quality
Can also offer non compressed quality
Available in 20 / 15 / 10 mtr Coils. Other diameters and colours on request
Depending on installation or operating conditions, the vacuum or pressure values may differ from those stated in the table. In Doubtful cases, provide a description of the application you have in mind, and we will be pleased to advise you alternative sizes and colours, different tolerances etc can be supplied on request
Technical Data : PU DUCT LIGHT DUTY
ID = d ( mm ) | Tolerance | OD = D ( mm ) | Tolerance | r < D | Load Capacity Vacuum ( mbar ) | Inside pressure |
---|---|---|---|---|---|---|
32 | 36 | 250 | bar | |||
35 | 39 | bar | ||||
38 | 42 | 0.6 | ||||
40 | 44 | |||||
42 | 45 | |||||
45 | +1.5 / -0 | 49 | +2 / -0 | |||
48 | 52 | |||||
50 | 54 | |||||
51 | 55 | 200 | ||||
55 | 59 | |||||
60 | 64 | 150 | ||||
60 | 64 | 0.5 | ||||
65 | 69 | |||||
70 | 74 | 0.4 | ||||
75 | 79 | |||||
76 | 80 | 100 | ||||
80 | +2 / -0 | 84 | +3 / -0 | |||
83 | 87 | 0.3 | ||||
90 | 94 | |||||
100 | 105 | 75 | ||||
102 | 107 | r < D | ||||
110 | 115 | 0.25 | ||||
120 | 125 | |||||
125 | +3 / -0 | 130 | +4 / -0 | |||
127 | 132 | |||||
130 | 135 | |||||
140 | 145 | |||||
150 | 155 | |||||
152 | 157 | |||||
160 | 165 | |||||
175 | +4 / -0 | 180 | +6 / -0 | 0.15 | ||
180 | 185 | |||||
200 | 206 | |||||
203 | 209 | |||||
225 | 231 | 20 | ||||
250 | 259 | |||||
280 | +6 / -0 | 286 | +9 / -0 | 0.10 | ||
300 | 306 | |||||
350 | 356 |