Which of the die-casting mold materials, h13, 1.2343, or 1.2344, has the best performance?
1. Composition comparison: From the analysis of the composition and application of mold manufacturers, 1.2344 will be very wear-resistant. Generally speaking, 1.2344 has a slightly longer service life than 1.2343
3. Die casting molds (die cores) are mainly used for comparison of main uses.
1.2343 is mainly used for die-casting molds (core, insert, core, separation cone, nitriding mold thimble, nitriding sleeve specifications), aluminum, copper, die-casting aluminum hot extrusion molds, plastic injection molds, cold blanking parts, trimming, hot shearing, tightening rings, and wear-resistant components.
Specifications for connecting pieces, lower molds, nozzles, nitriding mold thimbles, and nitriding sleeves).
Extrusion mold (die core, support, shaft sleeve, flow stopper), pressure fitting abrasive tool (aluminum).
Magnesium, alloy materials), injection mold (plastic mold), cold cutting, burring, hot cutting and other components.
Torque ring, wear-resistant component.
3. 1.2343 mold steel has high wear resistance, high plasticity, and excellent cutting performance.
Heat treatment process, calcination at 1050 - 850 ℃, flexible quenching at 820 - 840 ℃, and hardening layer at 1010 - 1050 ℃.
Quenching 520 - 700 ℃
4. Price comparison: Under the same processing technology, the price of 1.2344 is higher than that of 1.2343
