Adhering to the core values of “Sincerity, Benevolence, Together We Move Forward,” ShunCheng New Materials continuously carries out a series of employee care and growth activities, dedicated to creating a warm, harmonious, and motivated corporate atmosphere. In the first quarter of 2024, the company organized New Year gift […]
Employee First – ShunCheng New Materials Continues Care and Growth Activities Read Post »
As a responsible silicon carbide material manufacturer, ShunCheng New Materials has always placed environmental protection and sustainable development at the forefront of its operations. The company fully implements a green manufacturing system across its two production bases in Shandong and Henan, integrating environmental concepts into every stage of
Over the past five years, China’s silicon carbide industry has undergone a profound transformation from extensive expansion to high‑quality development. Domestic enterprises represented by ShunCheng New Materials have achieved significant breakthroughs in core technologies such as micro powder preparation, fine classification, impurity purification, and surface modification. Today, the
In recent years, the global new energy vehicle and photovoltaic industries have entered a high‑growth trajectory, bringing unprecedented market opportunities for silicon carbide as a key supporting material. In the EV sector, SiC MOSFET devices significantly reduce energy losses and extend driving range, while SiC micro powder is
With the increasing demands on braking systems from new energy vehicles and high‑performance cars, carbon‑ceramic brake pads have become mainstream due to their excellent thermal fade resistance, lightweight properties, and long service life. ShunCheng New Materials’ high‑purity silicon carbide micro powder (SiC ≥99.6%) for brake pads is one
ShunCheng New Materials has launched a silicon carbide micro powder specially designed for high‑end non‑stick cookware. Made from high‑purity green SiC (≥99.5%) and processed through special shaping, classification, and surface modification, the product offers extreme heat resistance (up to 1800°C), high hardness (Mohs 9.5), chemical inertness, good thermal
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