Choosing the right solder is essential for clean, strong, and professional jewellery joins.
This guide explains the different types of jewellery solder and when to use each grade—helping you achieve precise results without re-melting previous work.
Jewellery solder is a metal alloy used to join silver or gold components together.
It melts at a lower temperature than the base metal, allowing you to create strong joins without damaging your design.
SOLDER GRADES
Hard Solder
- Highest melting point
- Used first in construction
- Strongest joins
Medium Solder
- Mid-range melting temperature
- Used after hard solder
- Ideal for additional joins
Easy Solder
- Lower melting point
- Used for later stages
- Helps avoid re-melting earlier joins
Extra Easy Solder
- Very low melting point
- Used for final steps and repairs
- Ideal for delicate or heat-sensitive work
IT ENAMELLING SOLDER (SPECIALIST)
What it is
A high-temperature solder designed specifically for enamelling work.
Why it matters
Unlike standard solder, IT solder does not re-melt during kiln firing.
Best for
- Enamel jewellery
- Kiln-fired designs
- High-temperature processes
SOLDER FORMS
Wire Solder
- Easy to control
- Ideal for small joins and precision work
Sheet / Pallions
- Cut into small pieces
- Better for consistent solder flow
HOW TO CHOOSE THE RIGHT SOLDER
Choose based on:
- Stage of work → Hard first, easy last
- Heat control → Lower grades for delicate work
- Type of jewellery → IT solder for enamel
- Complexity → Multiple joins require multiple grades
QUICK REFERENCE CHART
| Solder Type | When to Use |
|---|---|
| Hard | First joins |
| Medium | Secondary joins |
| Easy | Later stages |
| Extra Easy | Final joins & repairs |
| IT Solder | Enamelling & kiln work |
COMMON MISTAKES
- Using easy solder too early
- Overheating the piece
- Not planning solder order
- Using the wrong solder for enamel work
Choose the Right Solder for Professional Results
Explore our full range of jewellery solder designed for clean joins, controlled flow, and reliable performance.