Silversmith Notes on iPhone: Alloy Notes, Solder Sequences & Commission Workflow

Note-Taking for Silversmiths

Silversmithing encompasses raising, forging, fabricating, casting, and chasing silver and other precious metals into hollowware, jewelry, and sculptural objects. Each process requires precise material knowledge — alloy selection, annealing timing, solder flow temperatures, pickle solution maintenance, and finishing sequences — that builds into deep craft expertise over years.

Nemos captures that expertise between studio sessions.

What Silversmiths Track

Alloy and material: - Sterling (92.5% silver) vs. fine silver vs. Argentium behavior notes by technique - Copper alloy notes for mokume-gane or mixed-metal work - Sheet and wire gauge selection notes by application - Casting grain and injection wax notes for cast components

Annealing and forming: - Annealing temperature notes by alloy (color observation vs. pyrometer calibration) - Raising sequence notes for specific vessel forms - Work hardening rate observations by alloy and gauge - Heat coloring notes for specific treatments

Soldering: - Solder grade flow temperatures (easy, medium, hard, IT, silver solder grades) - Flux selection notes by joint type and temperature - Multiple solder joint sequence planning notes - Solder chip sizing notes for different joint geometries

Finishing: - Pickle solution concentration and maintenance notes - Abrasive sequence notes (grit progression from shaping through final polish) - Planishing technique notes for specific surface effects - Patination formula notes (liver of sulfur concentration, application technique)

Commission and production: - Commission client specifications (dimensions, weight, design, intended use) - Hallmarking requirements by market (UK hallmarking, US stamping) - Sterling silver weight estimates for material costing - Delivery timeline notes

The Annealing Timing Problem

Over-annealing wastes time; under-annealing causes cracking. The correct timing is alloy-specific and setup-specific. Notes on how your specific torch, your specific alloys, and your studio temperature interact — calibrated through observation — are more reliable than any published guideline.

FAQ

What solder sequence notes prevent problems? Notes on which joints must be soldered with hard solder before nearby joints can be completed with easy solder — planning the sequence in advance and documenting what worked prevents joint flow-through on complex fabrications.

Should I document pickle solution observations? Yes — when to refresh (color change, decreased effectiveness), what contaminants cause copper plating problems, and when to replace entirely. These observations keep your pickle performing consistently.

How do I handle notes on difficult raising sequences? The specific forming stages for a challenging vessel form — planishing sequence, annealing intervals, stake profiles used — prevent you from re-deriving the sequence for the next similar piece.

What patination formula notes are most useful? Exact concentration, temperature, and application time for specific effects. Patination formulas are highly variable; documented successful formulas reproduce reliably.

Is Nemos useful for hallmarking compliance notes? Notes on marking requirements by market (UK assay office submission, US silver content stamping) and the stamping tools you have prevent compliance errors on work destined for specific markets.

How do I organize by technique? Tags: `#raising`, `#fabricating`, `#casting`, `#chasing`, `#engraving`, `#patination`, `#finishing`. Cross-reference with alloy type.

Related Reading

• Blacksmith Notes on iPhone
• Jeweler Notes on iPhone
• Watchmaker Notes on iPhone
• Craft Metals iPhone Workflow

Sources

• Society of North American Goldsmiths (SNAG) technical documentation
• British Hallmarking Council and UK assay office standards
• Metalsmithing technique documentation: Untracht, McCreight, and contemporary sources