ETHICS

Commitment

David is committed to following the best ethical practices, and seeking ways to improve. Any suggestions in this regard are most welcome!

Materials

David Neale Jewellery is disarmingly simple. Selecting the best ingredients, David prepares them simply and respectfully, transforming them into timeless treasures. 

Gold nuggets used to make David's Good Ring are found by small-scale prospectors, using metal detectors. Ethical operators seek, but do not destroy- they hand-dig small targets and should refill holes.

Recycled gold and silver are surely the best of all materials for jewellery. It is a feature of David Neale jewellery wherever possible. In addition to recycling his own metal, David proudly sources fabrication metals from Precious Metal Technologies Refinery known for their commitment to providing recycled precious metals. Can you upcycle your old gold? See FAQs.

Other ethical-choice materials that may be available:

Upcycled diamonds and gemstones from vintage jewellery.

Australian and Canadian origin diamonds; not involved in violent conflicts or inhumane labour.

How will these ingredients be respectfully and simply handled?

David's jewellery is characterised by thoughtful details; for example, the Good ring is formed without a seam- "the form is whole while the hole forms!"- the design embodies oneness, as well as a technical superiority. There is a quest for emotional precision as well, a piece has to have the right 'feel'; will it transcend its material? Will it be lively, evoking joyful memories, and be worthy of becoming a timeless heirloom?

David Neale Jewellery is made in Melbourne Australia, by David Neale!

The majority of the work is carried out by David's own hands, sometimes with extra help from trusted local artisans and specialists.

Packaging

The unboxing experience should be delightful! Compostable satchels, tape and padding are used to ship your order, wherever possible. Sometimes recycled plastic padding is used also. We hope you can reuse these packaging materials.