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      Spafco Co. Pty. Ltd.

                                            (ABN 91 004 789 379)

The "Permacolour" Anodise Range.

At Spafco our business is "finishing". We specialise in a range of anodised finishes on Olympic Aluminium sections and "Customers own material." 

All colours are available in thickness ranging from

10 Micron - Internal Applications Only

15 Micron - Minimum External

20 Micron - Moderate External

25 Micron - Harsh External / Marine Coastal Locations

  All of our coatings are produced to Australian Standard AS1231-2000

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"Dark Gold"                            "Medium Gold"

      

"Light Gold"                            "Black"

      

"Dark Bronze"                        "Medium Bronze"

      

"Antique Bronze"                    "Light Bronze"  

                       

                        "Silver (Matt Natural)"

Note: These colour samples are only to be used as a guide and variations can occur.

Please contact us if you would like a colour swatch sample or require advice on  the best thickness of anodising for your location.


DID YOU KNOW!

Never powder coat over sealed anodised metal. It's like painting glass, just a case of when it flakes off not if.

Reference: "Why Anodised Aluminium should not be Powder coated!"

(Published by Dulux July 1994)

Anodising is a process in which the aluminium surface is "passivated": the chemistry is sealed and prohibited from bonding with any organic coating, including powder coat. As a result of a lack of bonding, differential expansion and contraction takes place between the anodising and powder coating, causing delamination. Anodising is not designed as a "coatable" surface, which explains the reasons why there have been dramatic failures.

Trials overseas have shown good results using unsealed anodising at 5 microns, although these methods still fail to be recognised by International Standards.  Whilst there have been local claims of success with anodising surfaces for powder coating, they are principally due to inadequate sealing of the anodising product to start with. Relying on such a process is extremely "risky" and in any case will certainly be inferior to chromate converted aluminium.

 

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Last modified: 23-Oct-2002