For brake system manufacturers, boosting Brake Pads reliability is a top goal—and at Bull Chemicals, we’ve identified Magnesium Oxide Heavy as a key additive to make this happen. Its strong thermal stability and chemical inertness let it stand out in brake pads friction materials, directly lifting the safety and longevity of brakes.
Table of Contents
First: Dramatically Boosts Thermal Stability
As a core part of brake pads mixture, Magnesium Oxide Heavy handles extreme heat exceptionally well. Tests prove that adding 5-8% of it to brake pads formula keeps the pad intact even at 800°C—way higher than the 650°C limit of standard additives. This prevents brake pads friction materials from cracking during heavy braking, cutting “brake fade” risks by 40%.
Second: Lowers Wear for Longer Life
In brake pads mixes, Magnesium Oxide Heavy works as a mild reinforcing agent. Lab data shows pads with 6% of it have a wear rate of just 0.6-0.9 mm/10,000 km—that’s 25% lower than pads using regular magnesium oxide. It also reduces disc abrasion by 18-22%, slashing maintenance costs and extending the brake system’s life by 30%.
Third: Enhances Dimensional Stability & Corrosion Resistance
Magnesium Oxide Heavy improves the structure of brake pads friction materials in brake pads mixture. When added to brake pads formula, it cuts thermal expansion by 15%—keeping the pad aligned with the disc. Plus, its alkaline nature reduces rust-related wear by 28%, even in harsh weather.
In short, Magnesium Oxide Heavy is a real enhancer for Brake Pads performance. At Bull Chemicals, we’re proud to offer this solution—it’s a must for high-quality brake pads formula and brake pads mixes.
