What it is

Kind
Frits
Status
Discontinued
Formula
SiO₂ 69.21%, Al₂O₃ 4.18%, B₂O₃ 2.67%, CaO 6.12%, K₂O 2.53%, Na₂O 15.29%
Also called
Frit 4110, KMP4110, KFG 4110, DA4110, Frit 1078
Made by
Ferro Corporation (Aust.) Pty Ltd, now Vibrantz Technologies (Victoria, Australia)
Sold in
AU
Similar materials
Ferro Frit 3110
Source
Wellington Potters Supplies (NZ), Frit compositions table

Lead-free, high-soda, high-expansion frit with a little boron. It was Ferro Australia's counterpart of US Frit 3110 and is named in many Australian recipes for copper turquoise, manganese purple and crackle glazes (Walker gives 980-1080°C, expansion 96 x10^-7). Walker Ceramics now supplies imported US Ferro 3110 in its place, and some shops still sell under the 4110 name, so check which frit you have.

Walker Ceramics listed it until February 2020, but no longer by March 2021.

Oxide analysis and unity formula

Glazecalc has the analysis of Ferro Frit 4110 as weight percent of the raw material. The unity contribution is the moles of each oxide in the amount of Ferro Frit 4110 that holds 1.0 mole of flux, which is how Glazecalc adds it into a recipe's unity formula.

Oxides in Ferro Frit 4110
Oxide Weight % Unity contribution
SiO₂69.213.010
Al₂O₃4.180.107
B₂O₃2.670.100
CaO6.120.285
K₂O2.530.070
Na₂O15.290.645
Equivalent weight
261.31
Fired weight
261.31
Loss on ignition
0%

The equivalent weight is the grams of Ferro Frit 4110 that hold 1.0 mole of flux. The fired weight is what is left of that after firing.

Hazards and safety

Hazards: No SDS seen. Frit is a ground glass with no free crystalline silica; avoid breathing the fine dust.

Glazecalc shows the hazard wording as its record gives it. It is not a full risk assessment, so read the safety data sheet from your supplier. Before you handle any glaze material, read Safe mixing and ventilation and Glaze safety at home.

Use it in a recipe

Add Ferro Frit 4110 to a recipe in the Glazecalc calculator to see what it does to a glaze's unity formula.

Open the recipe calculatorAll standard materials