Reinforced silicone tubing: multilayer construction, mesh types and selection criteria

Polyester, aramid or stainless steel: how to choose the correct reinforcement by pressure, temperature and regulatory requirements

ReinforcementMax. continuous temp.Pressure resistanceFlexibilityWeightRelative cost
Polyester+180 °CModerateHighLowLow
Aramid+270 °CMedium-highMediumVery lowMedium-high
Stainless 304 / 316L+300 °C (with VMQ HT)Very highLow-mediumHighHigh
If none of these conditions apply, a plain industrial tube is technically and economically superior. Reinforcement adds structural performance but penalises flexibility, cost and bend radius. Reserving it for cases where it genuinely serves a function avoids increasing installation cost with no real benefit.
Reinforced Silicone Tubing/Hoses
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Reinforced Silicone Tubing/Hoses

Silicone reinforced tubing/hoses with polyester, fiberglass, or stainless steel mesh. Resistant to pressure and vacuum. Working temperature from -60 °...

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Service conditionReinforcementInner layerTypical applications
Moderate pressure, T ≤ 180 °C, industrialPolyesterStandard peroxide VMQIndustrial lines, machinery connections, compressed air, process water
Moderate pressure, food-grade FDA / ECPolyesterPlatinum food-grade VMQBeverage lines, CIP under pressure, food pump connections
Moderate pressure, medical / pharma USP VIPolyesterPlatinum biocompatible VMQBioreactors, pharmaceutical process lines, medical devices
Medium-high pressure, T up to +270 °CAramidVMQ HTHot machinery, autoclaves, pressurised steam lines
High pressure or full vacuum, industrialStainless 304 / 316LPeroxide or platinum VMQHigh-pressure lines, pressurised vessels, full vacuum
Maximum temperature (+300 °C) under pressureStainless 304 / 316LVMQ HTHot process lines under pressure, ovens
Large diameter pressurised (> 50 mm)Stainless / aramidVMQ per applicationLarge-format equipment, pressurised ducts, vacuum sleeves
ID rangeWall thicknessTypical reinforcementsPresentationApplications
4 – 12 mm2 – 4 mmPolyester, aramidCoils 10–25 mLaboratory under pressure, instrumentation, small pumps, pneumatic lines
12 – 25 mm3 – 6 mmPolyester, aramid, stainlessCoils 10 m or cut lengthsMachinery connections, pressurised process, cooling, pump transfer
25 – 50 mm4 – 8 mmPolyester, aramid, stainlessCut to lengthPressurised transfer, industrial vacuum, process equipment, pressurised discharge
50 – 100 mm5 – 12 mmStainless (standard), aramidCut to lengthLarge-format equipment, pressurised ducts, vacuum sleeves, autoclaves
Reinforced multilayer tubing is justified when internal pressure, vacuum, axial tension or the mechanical environment requires the tube to maintain its geometry regardless. When that requirement does not exist, a plain tube fulfils the function with less complexity and less total cost.

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