Cloisonne

high temperature resistance, never fade and high collectible.

Soft enamel

Feature of soft enamel product:Common materials like iron, brass & zinc alloy, Obvious bump surface. If adding AP, the surface will be flat and smooth.

Imitation hard enamel

Feature of imitation hard enamel product: brass or zinc alloy material, surface is fine, the paint and metal wire are flat.

Offset printed

Feature of offset printed products: Material like copper, stainless iron & aluminum, 4C printed, gradient color effect.

Design & Artwork

You can send in your preferred artwork design or communicate with our in-house design team for free design help and assistance.

Mold Making

After finalizing your artwork, our team will process it into making a mold of it for the same high quality and polished dimensions.

Stamping

After forming a mold, the next process will be stamping, a process where flat metal sheets will be converted into specific shapes.

Polishing

A method of finishing that will smooth the metal surfaces and involves using an abrasive material.

Coloring

If you wish to add any color to your product, we offer standard and non-standard colors to customize your design.

Electroplating

A process providing a metallic coating by immersing both an anode and a cathode.

Inspections

After finishing your order, our specialized team will do a thorough quality check and inspect each and every single product.

Assembling & Packaging

Once it has passed the inspections, our team will assemble and pack everything with care.

999999

Soft Enamel

6666

Cloisonné

12000

Trade Pins

2445

Hat Pins

Soft Enamel Pin

Soft enamel pins are created by adding the enamel only once in the recessed areas of the metal and then baked hard. The enamel is below the metal edges, so when you touch the pin, you get a textured feel.

Hard Enamel Pin

Hard enamel pins are created by pouring enamel several times in the recessed areas of the metal and is heated at very high temperatures. It is then polished smooth to ensure that the enamel is at the same level as the metal edges.