TECH Pipe Section MT 4.1

  • Thermal Insulation
  • Easy Handling
  • High Service Temperatures
  • Cost Effective Solution
  • Fire Reaction
  • Mechanical Resistance
TECH Pipe Section MT 4.1

TECH Pipe Section MT 4.1

Thermal indicator 4

Thermal indicator 4

Preformed, concentric-rolled stone mineral wool pipe section

TECH Pipe Section MT 4.1 is the preformed concentric-rolled stone mineral wool pipe section for the insulation of industry process pipelines for diameters from  12.7 mm to 254 mm (1/2" to  10''). Pre-slit to facilitate the opening and fitting over the pipes.

TECH Pipe Section MT 4.1 are easy to handle. With a length of 1.2m, installation time on straight pipes and thermal bridges can be reduced by 20%.

TECH Pipe Section MT 4.1 can be used for service temperatures of up to 650°C.

Product Performances & Benefits

  • Thermal Insulation
  • Easy Handling
  • High Service Temperatures
  • Cost Effective Solution
  • Fire Reaction
  • Mechanical Resistance

Characteristics

Technical characteristics in compliance with applicable regulations.This section features all the technical characteristics required for references standards: EN 14707, ASTM C411, ISO 8497, ISO 13787, ISO 10456, EN 13501-1, ASTM E84, ASTM C795, EN 1609, ASTM C1104, EN 14303 and ISO 9001.

Thermal conductivities

[°C]

50

100

150

200

250

300

λD [W / (m.k)]

0.038
0.045 0.054 0.063 0.073 0.084

Maximum Service Temperature

Tmax = 650 °C under 500 Pa
Tmax = 700 °C

Specific Thermal capacity

1,03 [kJ/(kg•K)]

Behaviour in fire

  • Non combustible Euroclass A1L
  • Fire Spread Index = 0, Smoke Development Index < 20

Chemical behaviour

  • Do not contribute to corrosion of stainless steel
  • No short term water absorption by partial immersion (WS1)
  • Water Vapor Sorption less than 1.45%

Other information

Quality, Health & Environment

  • CE-marked according to EN 14303
  • ISOVER has been certified according EN ISO 9001

Delivery Form / Standard Dimensions / Packaging

Please contact your local ISOVER dealer. All dimensions require minimum order quantities.