Product Description
Full Faced Stub Flange – Maxi Stub flange (Short Spigot)
Fusion Qld stock a complete range of Polyethlene Full Faced Stub Flange and Maxi Stub flange in short spigot. A Maxi Stub flange is a PE (Polyethylene ) Flange that has a full face hence being pre drilled. Full Faced Stub Flanges are used to adapt PE to PVC, Steel or Ductile Pipe fittings. Our range of Full Faced Stub Flange are all drilled to Table D and come complete with SS316 Backing Rings available from both our Fusion Queensland and Fusion Melbourne locations.
Polyethylene (PE) fittings have been used in Australia and New Zealand since the mid 1950’s. Whilst initially in small diameters for industrial and agricultural applications, polyethylene pipes and fittings are available in diameters as large as 2000mm.
The PE100 polyethylene resin used in pipes and fittings are pre-compounded, complying with AS/NZS 4129 standard. Anti-oxidants are used to inhibit oxidation of the polymer at the compounding stage and during subsequent processing.
Our range of Full Faced Stub Flange – Maxi Stub (Short Spigot)
| 90mm x 3″ | BWMSD903 |
| 90mm x 3″/4″ | BWMSD9034 |
| 110mm x 4″ | BWMSD1104 |
| 125mm x 4″ | BWMSD1254 |
| 180mm x 6″ | BWMSD1806 |
| 250mm x 8″ | BWMSD2508 |
| 315mm x 10″ | BWMSD31510 |
| 355mm x 12″ | BWMSD35512 |
| 450mm x 15″ | BWMSD45015 |
| 450mm x 16″ | BWMSD45016 |
Quaility Testing
Our Full Faced Stub Flange (Maxi Stubs) are subjected to continuous testing and control from the start to the end of the production process therefore . Testing is also in accordance with Australian standards AS4219. In addition further testing is undertaken to ensure product acceptance on a global basis.
- Melt Flow Rate (MFR) test is most noteworthy in accordance with the methodology specified in EN ISO 1130.
- Oxidation Induction Time (OIT) test – in accordance with the methodology specified in ISO 11357-6.
- Resistance to internal pressure at constant temperature in accordance with the methodology specified in EN 1167.
- 20 °C – 100 h Test temperature
- 80 °C – 165 h Test temperature
- 80 °C – 1000 h Test temperature
- Verification of mechanical welding characteristics: yield stress, tear decohesion, crushing decohesion.


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