Master-NEO 1

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Medium and high temperature hose for temperatures up to +135°C

Material

  • spiral: spring steel wire
  • wall: neoprene-coated glass fabric
  • cord: fibreglass fabric

Applications

  • Chemicals industry
  • Hot air hose for granulate dryer
  • Machine and engine manufacturing
  • Shipbuilding
  • Plastic processing industry
  • Waste incineration plants
  • Conveyance of air and gaseous media with high nominal and ambient temperatures
  • Automotive manufacturing
  • Aircraft manufacturing

Properties

  • bend-proof
  • light
  • symmetrical fold behaviour
  • highly flexible
  • smallest bending radii
  • mostly smooth inner lining
  • good chemical resistance
  • fixed vulcanised wall and steel filament
  • approved acc.to DIN 75200 and FMVSS 302 for application in transit vehicles

Temperature Range

  • -35°C to +135°C
  • peaks -55°C to +150°C*

Technical Drawing

Connections

Construction

Single/Multi-Layered Spiral Hoses made from Vulcanised Fabric Strips

This construction design encompasses the hose types Master-NEO 1, Master-NEO 2, Master-SIL 1, Master-SIL 2, Master-SIL HD-Food and Master-SIL SD-Food.

Construction

Vulcanised fabric strips wound with overlaps onto an inner, free-floating or embedded helix made from spring steel wire and an additional external fibreglass fixation for the hose types NEO 1/2 and SIL 1/2.

Advantages

Variable production options for spiral hoses made from a wide range of materials including strips of film, foil or fabric.

  • smooth inner lining
  • flexible
  • small bending radii
  • good pressure-resistance
  • production diameters available from DN 13 – DN 305

Product Variations (**Please replace “x” with your desired hose length.)

Product Variations (**Please replace “x” with your desired hose length.)

DN op. pressure vacuum bend radius weight/m old article no. **new article no. stock length max. production length
bar bar mm kg m m
13 1,7 0,51 8 0,1 680-013-107 000479:13:x / 4
19 1,6 0,5 8 0,11 680-019-107 000479:19:x 4 4
22 1,6 0,5 8 0,12 380-022-107 000479:22:x 4 4
25 1,6 0,5 8 0,12 680-025-107 000479:25:x 4 4
30 1,4 0,49 10 0,14 680-030-107 000479:30:x / 4
32 1,37 0,49 11 0,15 680-032-107 000479:32:x 4 4
35 1,35 0,49 11 0,15 680-035-107 000479:35:x / 4
38 1,3 0,49 12 0,17 680-038-107 000479:38:x 4 4
41 1,3 0,47 13 0,2 680-041-107 000479:41:x / 4
42 1,2 0,47 13 0,2 680-042-107 000479:42:x / 4
44 1,2 0,45 14 0,21 680-044-107 000479:44:x 4 4
45 1,2 0,45 14 0,21 680-045-107 000479:45:x / 4
51 1,2 0,42 16 0,25 680-051-107 000479:51:x 4 4
55 1,1 0,41 18 0,27 680-055-107 000479:55:x 4 4
57 1,1 0,4 18 0,28 680-057-107 000479:57:x 4 4
60 1,1 0,39 20 0,3 680-060-107 000479:60:x 4 4
63 1,1 0,38 22 0,32 680-063-107 000479:63:x 4 4
64 1,1 0,38 22 0,32 680-064-107 000479:64:x / 4
65 1,1 0,37 22 0,34 680-065-107 000479:65:x / 4
70 1,1 0,35 24 0,36 680-070-107 000479:70:x 4 4
76 1,1 0,33 27 0,41 680-076-107 000479:76:x 4 4
80 1 0,31 28 0,44 680-080-107 000479:80:x 4 4
83 1 0,3 28 0,46 680-083-107 000479:83:x 4 4
90 1 0,29 29 0,49 680-090-107 000479:90:x 4 4
91 1 0,29 29 0,49 680-091-107 000479:91:x / 4
95 0,9 0,28 32 0,56 680-095-107 000479:95:x 4 4
102 0,9 0,26 35 0,65 680-102-107 000479:102:x 4 4
108 0,9 0,24 38 0,68 680-108-107 000479:108:x / 4
110 0,9 0,24 38 0,69 680-110-107 000479:110:x / 4
114 0,9 0,22 40 0,71 680-114-107 000479:114:x 4 4
120 0,8 0,2 43 0,76 680-120-107 000479:120:x / 4
127 0,8 0,17 46 0,8 680-127-107 000479:127:x 4 4
130 0,8 0,17 47 0,82 680-130-107 000479:130:x / 4
140 0,7 0,15 48 0,9 680-140-107 000479:140:x 4 4
152 0,7 0,14 51 0,99 680-152-107 000479:152:x 4 4
160 0,6 0,13 53 1,05 680-160-107 000479:160:x 4 4
165 0,6 0,12 55 1,08 680-165-107 000479:165:x / 4
180 0,6 0,11 60 1,19 680-180-107 000479:180:x / 4
203 0,5 0,07 68 1,33 680-203-107 000479:203:x 4 4
229 0,4 0,06 84 1,48 680-229-107 000479:229:x / 4
254 0,4 0,04 102 1,68 680-254-107 000479:254:x 4 4
305 0,2 0,02 123 2,05 680-305-107 000479:305:x 4 4

All data refers to a medium and ambient temperature of +20 °C.
* Refers to the inner hose lining
Subject to technical changes and colour deviations.