Technical Specification

SHK PPR-C PIPES & FITTINGS

Raw Material: Polypropylene Random Copolymer

SHK PPR-C Pipes and fittings are manufactured from Poly-Propylene Random Copolymer  raw material which are the most efficient solution today for Hot & Cold Water Supply.

With Advantages of High Pressure Handling, Wide Temperature Operating Range and Smooth Surefaced material, Poly-Propylene Random Copolymer has become the most Recommended Pipes for Industrial as well as Domestic Usage.

Standards for SHK PPR-C Pipes & Fittings

(a) IS 15801 for PPR-C Pipe manufacturing Process
(b) DIN 8077-8078 for PPR-C Pipes General Quality Requirements and Testing
(c) DIN 16962 Pipe Joints

As per IS : 15801 & DIN 8077  Wall Thickness and Weight Corresponding to Different Pipe Sizes

DSDR 11/PN10SDR 7.4 / PN 16SDR 6 / PN 20
Outerdiameter of pipe (mm)S Thickness pipe in mmMass in kg/mS Thickness in mmMass in kg/mS Thickness in mmMass in kg/m
201.90.1072.80.1483.40.172
252.30.1643.50.2304.20.266
322.90.2614.40.3705.40.434
403.70.4125.50.5756.70.671
504.60.6386.90.8968.31.040
635.81.018.61.41010.51.650
756.81.4110.32.01012.52.340
908.22.0312.32.870153.360
110103.0115.14.30018.35.010
16014.66.3821.99.04026.610.60

Thermal Properties

Properties

Test Method

Unit

Value

Thermal Conductivity at 23 C

DIN 52612

W/mok

0.23

Specific heat at 23 C

Calorimeter

Kj/kgok

1.73

Coefficient of linear thermal expansion

DIN 53752

K-1

1.5 x 10-4

Under weight deformation temperature 1.8 N/mm2

ISO 306

°C

44

0.45 N/ mm2

ISO 3146

°C

42

VICAT softening point

0.095

°C

130

Mechanical Properties

Properties

Test Method

Unit

Value

Tensile Stress at Yield (50mm / minute)

ISO 527-1,2

MPa

24

Tensile Stress at Yield (50mm / minute)

ISO 527-1,2

%

10

Tensile modules (secant )

ISO 527-1,2

MPa

850

Flexural Modulus

ASTM D 790

MPa

850

Tear Strength

ISO 527

MPa

40

Elongation at tear

ISO 527

%

800

Shore D Hardness

DIN 53 505

65

Pipe Friction Factor

ISO 179/leA

0.007

CHARPY Impact Strength

23°C

ISO 179/leA

KJ/m2

22

0°C

ISO 179/leA

KJ/m2

4.0

-30°C

ISO 179/leA

KJ/m2

2.5

CHARPY Impact Strength (unnotched)

23°C

ISO 179/leA

KJ/m2

No failure

0°C

ISO 179/leA

KJ/m2

No failure

-30°C

ISO 179/leA

KJ/m2

43

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