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PVC-O

Iplex Apollo® is a bi-axially oriented PVC pressure pipe for use in water supply infrastructure. Iplex uses two patented process resulting in an exceptionally tough, high performance thermoplastic pipe with greatly enhanced physical characteristics, including greater impact resistance and reduced weight when compared with tother PVC pipes. Apollo® PVC-O pipe also provides increased hydraulic capacity due to its exceptionally smooth and enlarged bore.

Material Properties

Mechanical Properties
Property Value & Unit
Density (Specific Gravity) 1.47
Ultimate Tensile Strength 52MPa
Yield Strain 5.5%
Compressive Strength 66MPa
Tensile Modulus 4000MPa
Hardness Shore D 85
Poisson’s Ratio 0.38
Design Stress 28MPa
Ring Bending Modulus (3 mins) 4000MPa
Ring Bending Modulus (50 years) 1800MPa
Thermal Properties

Thermal Properties

Property Value & Unit
Coefficient of Thermal Expansion 7 x 10-5/°C
Thermal Conductivity 0.138W/m.K 
Specific Heat 1047 J/kg/°C
Vicat Softening Temperature >79°C
Allowable Operation Temperature 50°C

Typical Fire Resistance Properties

Property Value & Unit
Flammability Will not support combustion
Ignitability-AS 1530.3* 7
Smoke development- AS 1530.3* 9
Spread of flame-AS 1530.3* 0
Heat evolved - AS 1530.3* 2

Typical Electrical Properties

Property Value & Unit
Volume Resistivity 1016 ohm.cm (60% RH)
Surface Resistivity 1013 - 1014ohm
Power factor 0.015 - 0.020 at 200C
Dielectric constant 3.4 - 3.6 at 25 0C (60HZ)

 

Temperature Effect On Pressure Rating

Apollo® pipes are suitable for service temperatures ranging from 0°C and 50°C. For temperatures above 20°C provision must be made for pressure re-rating. These re-rating factors are the same used for PVC-M and PVC-U.

Thermal Re-rating Factors*

Maximum service temperature 1°C) Multiplication factor for pressure re-rating
20 1.00
25 0.94
30 0.87
35 0.78
40 0.70
45 0.64
50 0.58

*Based on ISO 4422-2 Pipes and fittings made of un-plasticized polyvinyl chloride (PVC-U) for water supply Part 2: Pipes (with or without integral sockets)

Chemical Resistance

Resistance of PVC-O pipe and elastomeric seals to reaction with or attack by the chemical agents listed in the `Chemical Resistance Guide" has been determined by research, investigation and reference to data from international and local Source.

Information provided is intended as a guide only Due to the complexity of some organic chemical reactions, it is suggested that in critical applications, additional long-term testing be performed.

Data provided should not necessarily be regarded as applicable to all exposure durations, concentrations and working conditions likely to be encountered.

PVC has exceptional resistance to attack from high concentrations of alkalis and acids, except for strong oxidising agents at maximum or near maximum concentrations. The material is not recommended for use with aromatic and chlorinated hydrocarbons, ketones. esters and ethers.

View the Iplex Chemical Resistant Tool