Talc Powder - White Colored

Product Overview

Industrial Talc Powder (White Colored) is a critical mineral compound derived from magnesium silicate hydroxide, representing a fundamental inorganic material extensively utilized across multiple industrial sectors. This naturally occurring mineral demonstrates exceptional physical and chemical characteristics that make it invaluable in advanced manufacturing processes. The unique crystalline structure of talc, characterized by its layered phyllosilicate composition, provides remarkable lubricating and dimensional stability properties that are critical in precision industrial applications.

As a laboratory-grade mineral compound, this white-colored talc powder represents a high-purity technical product engineered for demanding industrial environments. Its consistent granular structure and mineral composition enable superior performance in complex manufacturing and technical processing requirements, making it a versatile component across multiple industrial domains including manufacturing, mining, and construction sectors.

Key Properties

• Chemical Formula: Mg3Si4O10(OH)2
• Molecular Weight: 379.26 g/mol
• Boiling Point: 1744°C
• Melting Point: 1500°C
• Specific Gravity: 2.75
• Appearance: Fine powder, soft texture
• Solubility: Water insoluble
• Chemical Stability: Excellent thermal and chemical resistance
• Particle Morphology: Lamellar crystalline structure

Common Applications

• Industrial rubber manufacturing, where talc serves as a critical mold release agent and processing lubricant, enabling smooth polymer demolding and reducing surface friction during complex manufacturing processes.
• Advanced ceramic production, utilizing talc's high temperature stability and mineral composition to enhance ceramic body formation, improve thermal shock resistance, and modify material properties.
• Precision paint and coating formulations, where talc functions as a critical rheology modifier, improving pigment suspension, enhancing surface smoothness, and providing exceptional matting characteristics.
• Mining and mineral processing applications, leveraging talc's unique physical properties for flotation processes, mineral separation, and industrial material conditioning.
• Industrial lubrication systems, where talc's exceptional sliding properties and thermal stability enable reduced friction and enhanced performance in mechanical components and specialized industrial equipment.

Safety Precautions

Handle this industrial talc powder with comprehensive respiratory protection, utilizing NIOSH-approved dust respirators with P100 filters to prevent inhalation of fine particulate matter. Always implement local exhaust ventilation or work in well-controlled environments to minimize airborne exposure during processing and handling.

Store in sealed, labeled containers in cool, dry environments away from direct moisture and incompatible chemical agents. Maintain storage temperatures between 15-25°C with controlled humidity levels below 60% to preserve material integrity and prevent potential contamination or degradation.

Utilize appropriate personal protective equipment including chemical-resistant gloves, safety goggles, and full-body covering to prevent direct contact. Implement immediate washing procedures if skin or eye exposure occurs, and maintain comprehensive first-aid facilities near processing areas for rapid emergency response.

Benefits

This industrial-grade talc powder offers exceptional technical advantages, including superior lubricity, thermal stability, and chemical inertness. Its consistent white coloration and fine particle distribution enable precise performance in demanding industrial applications where material uniformity and predictable behavior are critical.

By providing remarkable slip characteristics and anti-caking properties, this talc powder represents a high-performance mineral additive that enhances manufacturing efficiency, reduces processing friction, and contributes to improved product quality across multiple industrial manufacturing domains.