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PE RT Floor Heating Pipe

PE RT Floor Heating Pipe
Product Introduction:
Floor heating is a new and ideal heating method. Low-temperature hot water radiant floor heating uses low-temperature hot water as the heat medium, which is circulated through heat-resistant pipes (such as PE-RT) embedded in the floor to evenly radiate heat throughout the room. Plastic PERT Floor Heating Pipe not only saves indoor space but, most importantly, this technology can reduce building energy consumption by over 30%. PE RT Tube used in floor heating employ ethylene-octene copolymer as their major raw material, providing excellent heat resistance.
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Description
Technical Parameters

Floor heating is a new and ideal heating method. Low-temperature hot water radiant floor heating uses low-temperature hot water as the heat medium, which is circulated through heat-resistant pipes (such as PE-RT) embedded in the floor to evenly radiate heat throughout the room. Plastic PERT Floor Heating Pipe not only saves indoor space but, most importantly, this technology can reduce building energy consumption by over 30%. PE RT Tube used in floor heating employ ethylene-octene copolymer as their major raw material, providing excellent heat resistance.

 

Size:

Standard Colors: White

 

PE RT Pipes Specifications

 

Compliance Standard:CJ/T175-2002

Nominal Outside Diameter(mm)

Wall Thickness(mm)

20

2.0

2.3

2.8

25

2.0

2.3

2.8

3.5

32

2.9

3.6

4.4

 

PE RT Pipe Technical Data Sheet

 

Items

Requirements

Experimental Conditions

Parameter

Value

Ash Content

Base material

≤0.1%

Calcination Temperature

(600±25)℃

Colored

≤0.8%

Oxidation Induction Time(OIT)

≥30min

Test Temperature

210℃

OIT after 95℃/1000h Hydrostatic Test

≥24min

Test Temperature

210℃

Pigment Dispersion

Size Grade

≤3

-

Surface Grade

A1,A2,A3 or B

Longitudinal Reversion

≤2%

Test Temperature

(110±2)℃

Melt Flow Rate(MFR)

±0.3g/10min max (≤20% change rate)

Mass Load

5kg

Test Temperature

190℃

Thermal Stability under Hydrostatic Pressure

No rupture,no leakage

Hydrostatic Stress

-PE-RT Type I:1.9MPa

-PE-RT Type II:2.4MPa

Test Temperature

110℃

Test Duration

8760h

Light Transmittance

≤0.2%

-

Oxygen Permeation Rate

≤0.32mg/(m²·day)

Test Temperature

40℃

Notched Pipe Test (NPT)for Slow Crack Growth

No rupture,no leakage

Test Pressure

0.92MPa

Test Temperature

80℃

Test Duration

500h

 

Characteristics

 

Excellent stability and long-term pressure resistance
Uniform pipe material with stable performance and excellent creep resistance
High flexibility for easy bending ,stress crack resistance ,and effortless installation due to the pipe's bendability.

 

Applications

 

1. Building water supply pipeline systems for various structures such as hotels, commercial-residential buildings, and residential apartments, used for cold and hot water distribution and piped drinking water systems.

2. Household water heater piping systems and various types of connecting pipes.

3.Fluid transportation pipelines in the food industry for beverages, alcoholic drinks, milk, etc.

4. Piping for refrigeration systems and water treatment systems.

 

 

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