Elemental Ag
03Toolkit

The Elemental Ag toolkit.

Tool 01 · Ready

Silver Melt Value Calculator

Plug in a weight and purity. The spot price is live and editable — override it to model a different price.

Melt value
$178.91
2.974 ozt of fine silver

grams

%
Live
$USD

Yahoo Finance · COMEX silver · Jul 10, 8:59 PM UTC

3.2151 ozt × 0.9250 × $60.16
1 troy oz = 31.1035 g · 1 oz = 28.3495 g
Tool 02 · ReadyLive

Spot Price Tracker

Daily silver closes, up to a year back. Live current price.

Silver spot
$60.16
$15.48 (-20.46%) · 30d
31 data points
30d high$75.64
30d low$58.05
30d change$-15.48
SourceYahoo Finance · COMEX silver
May 28, 26Jul 11, 26
Tool 03 · Ready

Silver Buying Calculator

Quick-check the melt-value margin before you buy silver by weight. Enter weight and shipping to see your buy targets; add the asking price for a Strong Buy / Pass verdict.

$/ozt
Live
$
$
Enter weight and shipping to see your buy targets. Add the asking price on top of that for a verdict on the listing.
How to use it: plug in the weight the seller lists (or your own scale reading), the shipping quoted, and the asking price. The verdict assumes the seller's weight is honest; if you receive under-weight material, the margin drops. Reserve the “Melt” row for cases where you have some other angle — a rare pattern, matched set, or resale plan — since that's zero margin over pure melt. Estimates only: spot moves, tax rates vary, and marketplace/resale fees aren't modeled here. See Terms & disclaimers for the full statement.
Tool 04 · Ready

Silver Nitric Electrolyte Calculator

Plan a saturated silver-nitrate electrolyte. Enter the batch size and target silver concentration; get the silver, nitric acid, and water you need to mix it.

Recipe summary
100.1 g silver
117 mL HNO₃ (70%)
883 mL distilled H₂O
Silver
Pure silver100.0 g
Material @ 99.9%100.1 g
Total 99.9% material100.1 g · 3.218 ozt
Nitric acid (HNO₃)
For silver117 mL
For impurities0.4 mL
Total nitric acid117 mL
Distilled water & solution
Distilled water · dissolution163 mL
Saturated solution (Ag + HNO₃)280 mL
Distilled water · top-up720 mL
Total distilled water883 mL
Final volume: 1.00 LFinal [Ag]: 100.00 g/L
Saturated AgNO₃ · ratio 1 : 1.39 acid:water
Safety basics for this kind of work: concentrated nitric is corrosive and releases toxic NOx fumes during the dissolve. Fume hood or outdoor work area, nitrile-resistant gloves, full eye protection. Acid into water, never the reverse. Process note: the electrolyte needs to be silver-saturated (no free nitric) before plating, or the anode dissolves instead of the cathode plating. Estimates only: actual results vary with temperature, technique, and assay accuracy. See Terms & disclaimers for the full statement.
Tool 05 · Ready

Gold Inquartation Calculator

Plan the silver dilution before nitric parting. Enter your mixed karat scrap and get the amount of sterling silver to add so the final alloy hits your target karat.

Recipe summary
Enter scrap weights to compute.
Karat scrap weights (g)
Karat scrap
Total mass
Pure gold (24K)
Effective karat
Add sterling silver
Diluent to add
Silver (92.5%)
Copper (7.5%)
Final inquarted alloy
Final mass
Final karat
Ag:Au by mass
Final melt: Final karat:
Inquartation · target 25% Au
How it's typically done: inquartation involves melting the scrap and diluent together, granulating or pouring into shot, then dissolving in nitric — the Nitric Electrolyte Calculator handles the acid math. Safety basics for this kind of work: nitric parting releases toxic NOx fumes. Fume hood or outdoor work area, nitrile gloves, eye protection. Estimates only: actual yields depend on assay accuracy and how clean the karat scrap is — solder, fillings, and white-gold alloys all skew the math. See Terms & disclaimers for the full statement.
Tool 06 · Ready

Silver Dissolve & Cement Calculator

Plan the nitric dissolve for cementation refining. Enter the weight and purity of your scrap silver; get the acid, water, and copper needed to dissolve it and cement the silver back out as powder.

Recipe summary
153 mL HNO₃ (70%)
61.3 mL distilled H₂O
32.74 g Cu to cement
Material breakdown
Pure silver92.50 g
Base metals (Cu-equiv)7.50 g
Silver in troy oz2.974 ozt
Dissolve recipe
Nitric (70% stoichiometric)139 mL
Nitric needed (+10% excess)153 mL
Distilled water (dilute to 50%)61.3 mL
Total working volume215 mL
Recommended vessel≥ 429 mL · 500 mL beaker
Cementation prep
Stoichiometric Cu27.29 g
Cu to add (20% excess)32.74 g
Ratio≈ 0.35 g Cu per g Ag

High base-metal content — expect heavy NO/NO₂ output.

Sterling and lower-purity alloys release significantly more brown nitric-oxide fumes than fine silver during the dissolve. Fume hood or a well-ventilated outdoor work area is mandatory. Add material to the dilute acid slowly to keep the reaction controlled.

Final volume: 215 mLWorking strength: 50% HNO₃Yield: 92.50 g Ag
Dissolve · cement · wash · melt
How it's typically done: the cementation workflow mixes acid into water (never the reverse), then introduces silver scrap to the dilute acid in a glass beaker. The reaction is allowed to run to completion — no more bubbling, no more brown fumes — before copper is added; free nitric remaining when copper hits the solution attacks the silver cement as fast as it precipitates. After cementation the silver powder is washed with distilled water, dried, then melted — the Melt Value Calculator tells you what the recovered weight is worth at current spot. Safety basics for this kind of work: concentrated nitric is corrosive and the dissolve releases toxic NOx fumes. Fume hood or outdoor work area, nitrile gloves, full eye protection. Acid into water, never the reverse. Borosilicate (Pyrex) glass at 1.5–2× working volume — never plastic. Vessel sizing assumes controlled acid addition (the common workflow: silver in the beaker, water on top, acid added slowly); if the acid is added all at once, larger headroom is appropriate. Estimates only: actual yields depend on assay accuracy and scrap cleanliness — solder, fillings, and plated items all skew the math. See Terms & disclaimers for the full statement.

On the bench

07Tool
Coming soon

Purity Calculator

Sterling, coin, fine — translated.

Convert between purity systems (millesimal, karat-equivalent, common alloys).

On the bench
08Tool
Coming soon

Alloy Mix Helper

Hit the target purity.

Calculate how much fine silver to add to bring an alloy to a target purity.

On the bench