Talcum powder has high thermal stability and can effectively absorb and diffuse heat in plastics, thereby reducing the probability of deformation and melting of plastic products in high-temperature environments. This property enables plastics with talcum powder added to maintain their structural integrity at higher temperatures.

In the application of talcum powder, people often mention the mineral iron sulfide in a certain area, and avoid talc ores containing this impurity. What is the iron sulfide referred to? Why are minerals containing iron sulfide more resistant?

The suspension property of coatings, also known as storage stability, refers to the ability of coatings to resist the sedimentation and stratification of pigments and fillers during storage. Its significance is reflected in the following aspects, which are directly related to the product quality, user experience and economic benefits of the coating.

This study focuses on the resource utilization of talc solid waste and provides a detailed introduction to the talc solid waste light selection and flotation linked mineral processing technology developed by Liaoning Xinda Talc Group Co., Ltd. This technology integrates X-ray diffraction analysis, intelligent ore sorting machine pre selection, as well as crushing and screening, grinding, and flotation processes, achieving efficient recovery of talc solid waste. This technology has improved resource utilization, reduced production costs, minimized environmental pollution, and provided a new approach for the comprehensive utilization of talc solid waste, which is of great significance for promoting the sustainable development of the talc industry.

The reason why talc powder (mainly composed of hydrated magnesium silicate) can shine in the papermaking field is due to its series of excellent natural properties:1. High whiteness and low abrasion: High quality talcum powder has a high natural whiteness, which does not reduce the whiteness of the paper, but instead enhances visual aesthetics. Its Mohs hardness is extremely low (about 1), and it has minimal wear on papermaking equipment and wear parts, protecting production equipment.

The shielding effect of talc structure on corrosion prevention:Talc is a layered silicate mineral whose unique properties stem entirely from its special structure at the macroscopic to atomic scales.

The earliest foaming was a processing technology that used rubber as the main material and formed porous structures through physical, mechanical, or chemical foaming agents. The gas generated by foaming technology forms closed or interconnected structures during the rubber vulcanization process, endowing the material with characteristics such as lightweight, thermal insulation, and elasticity. It is widely used in the fields of shoe materials, automotive seals, 

Talc powder PP (polypropylene) resin masterbatch is a concentrated particle made by mixing PP resin and talc powder with various additives. In plastic processing experiments, Xinda Talc R&D Center used stearic acid, zinc stearate, and calcium stearate as commonly used additives in the synthesis of talc powder and PP resin masterbatch to simplify the production process and improve the efficiency of talc powder addition in PP resin. This report will elaborate on the specific roles of the three additives.

Talc powder, as an important industrial mineral filler and functional material, has unique physical and chemical properties rooted in its microscopic crystal structure. This article aims to explore in depth the formation mechanism (genesis) of the crystal structure of talc powder, analyze in detail its 2:1 type octahedral layered structure characteristics composed of silicon oxygen tetrahedral layers and magnesium oxygen octahedral layers, and systematically explain how this structure directly determines its key properties such as hydrophobicity, lubricity, adsorption, chemical inertness, and sheet-like morphology, ultimately related to its wide applications in many fields such as polymers, coatings, cosmetics, pharmaceuticals, and ceramics.