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Polypropylene Random Copolymer

PP RANDOM COPOLYMER

Polypropylene Random Copolymer is a proven, high performance random copolymer that enables the production of top quality solutions. for hot & cold water piping applications, Thanks to it's exceptional heat stability, extraction resistance, stable processing characteristics and ease of welding and installation,

Polypropylene Random Copolymer enables pipes to be manufactured which, ensure a reliable performance for at least 50 years. Pipes from Polypropylene Random Copolymer setting the standards in long lasting, reliable and effective water management.

Material properties of Polypropylene Random Copolymer

Property Test method Unit Value
Melt flow rate
MFR 190/5
MFR 230/2 16
MFR 230/5
ISO 1133 g/10 min
g/10 min
g/10 min
0.5
0.3
1.5
Density ISO 1183 kg/cm2 898
Crystalline melting temperature DIN 53762  B2 oC 150-154
Tensile properties
Modlus of elasticity
Tensile stress at yield
Elongation at yield 
ISO 527 MPa
MPa
%
850
25
12
Impact strength (Charpy)
23oC
0oC
-10oC
ISO 179/1eU kj/m2
kj/m2
kj/m2
No failure
No failure
No failure
Notched Impact strength (Charpy)
23oC
0oC
-10oC
ISO 179/1eA kj/m2
kj/m2
kj/m2
30
4
2.5
Ball indentation hardness ISO 2039 T1 (132N) MPa 43
Coefficient of linear thermal expansion VDE 0304 Part 1 S4 K-1 1.5 x 10-4
Thermal conductivity DIN 52612 W/m K 0.24
Specific heat Adiabatic calorimeter kj/kg K 2.0

Elements that were created for each other

Where hot and cold water needs to needs to be safely and reliably transported,'IPETECH PPRC pipes made form Polypropylene Random Copolymer provide the optimal solution,

Easy installation, cost-effective in use
Whatever the complexity of a Domestic water installation. PIPETEC.H' PPRC pipes have the ability to be shaped to confirm to even the most complex layouts_ Their easy weldability and impact resistance also makes them faster and simpler to install.

A lifetime of service that means what it's says
For water and heating designers and installers, PIPETECH' PPRC p made from Polypropylene Random Copolymer mean solutions can be created which provide long and reliable service-without compromise to the environment in which they are used.

Excellent Stability
In use, the formulation of PIPETECH" PPR pipes made: iron) Polypropylene Random Copolymer is such that it offers a high molecular weight, plus excellent mechanical properties. Additional benefits include high levels of heat stability as well as excellent resistance to extraction. These qualites contribute to ensuring that Crown PPR pipes conform the stringent demands of diffo uj DIN specifications of domestic water requirements, They also mean that an exceptionally long and service life is assured.

A performance that lasts...and lasts
Polypropylene Random Copolymer is a random copolymer, It's properties are such that PIPETECH PPRC pipes extruded from Polypropylene Random Copolymer, can withstand temperatures up to 70 C, without losing shape. They can also handle short duration temperatures of up to 100 C Combined with good chernicaf resistance and impact strength, PIPETECH' PPR pipes can simply be installed... and forgotten about for at least years! Particularly important for domestic water installations, is theltact that Polypropyene Random Copolymer is also physicologically harmless and is taste and odour neutral

Meeting demanding specifications
Crown Pipe PPR pipes and fittings made from Polypropylene Random Copcfymer conform WIN 8077178 and DIN 16962 respectively. System standards for particular applications are applied on an international basis. This means that perfomance requirements for hot and cold water PP pipes for example arc covered by prEN 12 202 (the same as ISOrDIS 15 874). in terms of two different application (see Table 1)- each of which also determines pipe diameters­ Together. these factors mean that with the right choice and dimension of pipes, a service life of at least 50 years can be achieved without difficuty whatever the installation.



The Physiology of success

Water is not only elements that Polypropylene Random Copolymer has to react positively with. Physiological properties, UV radiation, plus compatibility with metal components, all play important roles in ensuring safe and reliable water management.


Standards and guidelines for PP pressure pipe systems

DIN 1988 Codes of practice for drinking water installations (TRWl) DVC'W Code of practice
DIN 4725 Hot water floor heating systems
DIN 4726 Pipelines of plastic materials used in warm water heating systems General requirements
DIN 4728 Pipelines of polyprolene typo 2 and 3 used in warm water floor heating systems Special requirements and testing
DIN 8077 Polypropylene (PP) pipes
PP-H 100. PP-8 80. PP-R 80 Dimensions
DIN 8078 Polypropylene (PP) pipes
PP-H 100. PP-B 80, PP-R 80
General quality requirements and testing
DIN 16 962 Pipe joints and coponents of polyproplone (PP) for pipes under pressure
PP-H 100. PP-B 80. PP-R 80
PrEN 12 108 Plaslic piping systems Recommended practice and techniques for the installation inside building structures of pressure piping systems for cold and hot water intended for human consumption
PrEN 12 202 Plastic piping systems for hot and cold water installations Polypropylene (PP)
ISO 3213 Polypropylene (PP) pipes Effect of time and temperatureon the expected strength
ISO 7279 Polypropylene (PP) fittings for pipes under pressure for fusion using heated tools-Metric series Dimensions of sockets.
ISO 10 508 Thermoplastics pipes and fittings for cold and hot water systems
ISO/DIS 15 874 Plastics piping systems for hot and cold water installations Polypropylene (PP)
DVGW W 270 The growth of microorganisms on materials intended for use in drinking water systems Examination and assessment
DVGW W 534 Pipe joints and pipe connections
DVGW W 542 Composite pipes in the drinking water Installation; Requirements and testing
DVGW W 544 Plastics pipes in the drinking water installation; Requirements and testing
DVS 2207
PART 11
Welding of thermoplastics materials Heated tool welding of piping system and sheets of PP

Types of Assembly for Installation of the Chimney

To allow for the subsequent linear expansion of the pipes regarding the connection at the entrances of flats, one of the techniques below should be used for making the connection;