Solid 9ct Yellow Gold Solder Sheet – Ore Metals

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Description

Discover our premium 9ct yellow gold solder sheets designed for precision and durability in jewellery making. Ideal for artisans seeking reliable joins with a flawless finish. Shop now for the perfect solder sheet to elevate your jewellery craftsmanship.

✷ SPECIFICATIONS ✷
[Size: Approx. 1cm x 1cm per gram]

✷ MELT TEMPERATURES ✷
- Extra Easy: 670c - 700c / 1238f - 1292f
- Easy: 640c - 715c / 1184f - 1319f
- Medium: 740c - 770c / 1364f - 1418f
- Hard: 770c - 805c / 1418f - 1481f

✷ SOLDER ✷
The glue that brings it all together - with our gold solder sheet you can create beautiful custom jewellery. Soldering is the fusing of two metals together using extreme heat to create one solid piece, to achieve this in a professional setting, using solder is essential. Solder sheet is preferred among some jewellers as its form makes it easy to add the specific amount of solder required to intricate components without having to pre-cut portions of solder.

✷ OBTAINED FROM AUSTRALIAN MINES ✷
We specialize in wholesale jewellery making supplies, based in Sydney, Australia. This product is 100% sourced from Australian mines. This product is solid 9 karat gold solder. It takes on a bright colour. Its kind is ideal for industrial and jewellery manufacturing use.

✷ GUARANTEED QUALITY ✷
This metal has been tested by an internationally accredited laboratory specializing in precious metals to guarantee authenticity and quality. Assay dates are recorded on each individual item dispatched from Ore Metals.

✷ SHIPPING ✷
Your order will be dispatched in 1-3 business days from Sydney, Australia.

✷ MORE INFO✷
Flow Temperature refers to the temperature in which the solder will melt. Having different flow temperatures is essential when soldering multiple components within a close vicinity. Hard Flow temperature will have the highest melt point where as Extra easy will melt at the lowest temperature. This is utilized by starting with your higher temperature solder for your main components before reducing to a easy or extra easy flow temperature for more intricate components and to allow the soldering to take place without re-melting your original solder.