Eutectic Mixture & MeltingChemistry

Binary Eutectic Mixture & Melting Point Depression Calculator

Calculate binary alloy eutectic melting temperature, liquidus phase depression, and eutectic composition from thermodynamic fusion enthalpy and pure component melting points.

Calculated Result

Estimated Eutectic Melting Point

-60.09°C

Calculator Inputs

Quick select:
Quick select:

Estimated Eutectic Melting Point

-60.09°C

Max Melting Point Depression

60.09 °C

Lower Component MP

0 °C

Deep Eutectic Melting Point: Alloy transitions to liquid well below both pure constituent temperatures, optimizing low-thermal soldering and casting.

Pure Components vs Eutectic Melting Point

Lower Component MP
0 °C(0%)
Eutectic Point
-60.09 °C(0%)

Standard materials science and chemical thermodynamics tool for binary solid-liquid phase diagrams.

Calculation Methodology

Schröder-van Laar Ideal Liquidus Equation: ln(X) = (ΔH_fus / R) * [ (1 / T_m) - (1 / T) ]. The eutectic point marks the simultaneous crystallization of both components at the lowest invariant liquidus temperature (T_eutectic < T_A and T_B).

Frequently Asked Questions

It is an invariant three-phase equilibrium point where a liquid phase upon cooling transforms simultaneously into two distinct solid phases at a singular, minimum freezing temperature.

Related Calculators

Recommended tools and calculators tailored to your current calculation

Explore all tools