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Buteline Fittings Straight Male 32mm x 3/4" (PE) SM-9C

Buteline Fittings Straight Male 32mm x 3/4" (PE) SM-9C

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Description 

Buteline fittings are integrally strong and durable, moulded from thermoplastic and pre-fitted with annealed aluminium sleeves. 

These maintenance-free plumbing fittings, once clamped with Buteline Polybutene-1 pipe, form a unique and ttechnically superior joint. Users will find the total concept much quicker and more economical than other available systems. 

Designed using hydraulic engineering concepts proven on high pressure hydraulic fitting-to-hose connections, Buteline fittings have an outstanding feature which enable them to overcome high stresses experienced in installation and while in service. The aluminium rings transfer all loads applied on the tail section to the strongest section of the fittings, thereby eliminating the risk of failure. 

Buteline fittings are technically superior, giving superb performance and durability over the long term with over 50 years of service life. 

  

Buteline Fittings for use with PB-1 Pipe 

  • Buteline fittings are injection-moulded from a thermoplastic engineering polymer. They are a grey colour and available in 3 sizes -- 18mm, 22mm and 28mm. The smooth surfaces render them immune to scale build-up and the fact that they are not metal fittings helps in eliminating water hammer noise.
     . 

Buteline Fittings for use with PE80 Pipe 

  • Buteline PE fittings are manufactured from UV-stabilised engineering polymer. They are immune to scale. 
  • build-up and resistant to a large range of chemicals.. 
  • Buteline PE fittings are black in colour and are available in 3 sizes for the Malaysia market -- 20mm, 25mm and 32mm.. 

 

Main Advantages of Buteline Fittings 

  • Lightweight, slim-line, one-piece design (no O rings or inserts) which is easy to use and not bulky. 
  • Post-clamp flare provids visual indication of joint completion. 
  • Able to provide metal-free contact with water supply, better hygiene, no leaching of harmful substances . 
  • Corrosion resistant, no scale build-up . 
  • Use is not geographically restricted by geothermal conditions or hard water regions. 
  • Easier to install, no time-wasting with bulky tools, sliding sleeves, or searching around for lost copper rings!. 

  

No O-rings, no inserts, no glue, no brazing, no bulky tools! 


Tests are carried out in accordance with relevant national and international requirements. Equivalent hoop stress pressures for up to 14.7MPa and forces of up to 13,100N are used in determining the strength and resistance to pull out of assembled joints. Test temperatures range between 20°C and 95 ± 1°C.
  

 The Technically Superior Joint... Explained

  Technically superior joint diagram 

  1. 8mm WIDE FORGED CLAMP
    Minimum working stress applied (approx. 0.5 ton per sq. in.) allowing pipe material to "flow" into insert tail grooves.. 
  2. 2mm WIDE FLARE
    No stress from clamping transmitted to insert tail or pipe at end of fitting. End of metal sleeve cannot impinge into pipe, even in bending.. 
  3. TAPERED ENTRY, SMOOTH BORE
    Minimise resistance to water flow.. 
  4. METAL REINFORCING SLEEVE
    Guarantees no stress break in this critical area.. 
  5. FULL LENGTH ALUMINIUM SUPPORT
    Provides additional rigidity and resistance to pull-off. Seals against dirt and moisture.. 
  6. SEALING RIBS
    Narrow lands with wide grooves, ensure clamp stress is transferred into the pipe joint efficiently.. 

  

Disclaimer 

All product images shown are for illustration purposes only. Actual products may varies in term of size, type, brand, version, colour, and other relevant characteristics.