40+ years of foundry problem-solving expertise, documented to support better foundry performance. This is where MPM puts the technical depth behind every additive, every algorithm, and every process improvement into your hands. Explore datasheets, brochures, application guides, and case studies created for engineers who need expert insights and proven solutions.
A single-page promotional poster for OptiCharge, positioning it as intelligent charge optimization software that helps foundries hit target chemistry in the first heat.
The Smart Hopper Monitoring System replaces manual hopper checks with continuous, real-time level tracking. A radar level sensor, IoT gateway, and automated relay control keep material flow steady and downtime low.
Introduces DigiSMART, a cloud-based data digitization and analytics tool that helps foundries capture, correlate, and analyze green sand data for better process control.
Read on to see what drives sand sticking, sand fusion, and burn-on sand. Causes span Process, Method, Machine, Metal, Cores, Properties, Material, and Others, with 15 remedies covering sand quality, gating, and pouring control.
This page walks through what causes shrinkage defect in castings. Causes span Machine, Method, Material, Process, Properties, and Others, with 15 remedies covering CE control, riser design, and sleeve quality.
Here’s a breakdown of what causes slag inclusion defect in castings. Causes span Machine, Method, Material, Process, Properties, and Others, with remedies covering ladle practice, filtration, and runner design to retain slag.
This SDS (ID H-015) covers MPM Barium Inoculant, a ferrosilicon-barium inoculant with silicon, barium, calcium, aluminum, and iron. It runs 15 of the 16 sections, Section XII is missing from the source document.
This SDS (ID H-012) covers MPM Bi, a ferrosilicon-bismuth inoculant with silicon, bismuth, calcium, rare earth metal, aluminum, and iron. It runs the full 16 sections.
