Name: Spherical Powder Porous Bronze Plate For Filtration
Brand: TOPTITECH
SKU: 254548326

TOPTITECH's Spherical Powder Porous Bronze Plate for Filtration is crafted through a meticulous process of sintering spherical powders in specialized molds under high temperatures and vacuum conditions, these plates boast exceptional durability and efficient particulate removal capabilities. Renowned for their porous structure, each plate features a unique geometry and aperture size, ensuring consistent filtration efficiency across various applications in chemical processing, fluid power systems, and critical contamination control mechanisms.

Spherical Powder Porous Bronze Plate for Filtration 3

The interconnected porous network design of the Spherical Powder Porous Bronze Plate for Filtration guarantees unmatched filtration performance, delivering superior mechanical strength, heat resistance, and corrosion durability. Its reusability factor coupled with the ability to withstand harsh operational environments makes it a preferred choice for industries requiring reliable and long-lasting filtration solutions. Ideal for applications where precision and reliability are paramount, these plates offer a robust solution for gas and liquid filtration, embodying a blend of efficiency, longevity, and industrial-grade performance.

Products Specifications

Material	bronze
Powder type	spherical powder
Diameter	100mm
Thickness	2mm
Pore size	30-40um
Technique	Sintering

Products Features

Spherical Powder Porous Bronze Plate for Filtration 2

Enhanced Filtration Precision: Achieve unparalleled filtration precision with this product, crafted through a meticulous sintering process of spherical powders in specialized molds.
Durable Construction: Benefit from exceptional durability, ensuring longevity and consistent performance in demanding industrial environments.
Efficient Particulate Removal: Experience efficient removal of particulates and contaminants from gases and liquids, thanks to the unique porous structure of the bronze plates.

Optimized Mechanical Strength: Enjoy superior mechanical strength that guarantees reliability and longevity in critical filtration applications.
Heat and Corrosion Resistance: Withstand high temperatures and corrosive environments effortlessly, showcasing remarkable heat resistance and corrosion durability.
Reusability: Reusable design adds value by reducing operational costs and ensuring sustainable filtration solutions over multiple cycles.

applications in Filtration

Types of Industrial Filtration and Their Benefits | Interfil

Chemical Processing: Enhance filtration efficiency in chemical processing industries by utilizing these plates to remove impurities and ensure product purity.

Fluid Power Systems: Optimize fluid power systems with precise filtration using these bronze plates, maintaining system cleanliness and functionality.

Contaminant Control Mechanisms: Employ these plates in critical contamination control mechanisms to achieve consistent and reliable filtration performance.

Gas Filtration: Ensure effective removal of particulate matter and contaminants from gases in industrial settings, improving gas quality and safety.

Liquid Filtration: Utilize the plates for efficient liquid filtration applications, safeguarding equipment and processes from harmful particles and contaminants.

Industrial Filtration: Address diverse industrial filtration needs across sectors such as manufacturing, petrochemicals, and pharmaceuticals, ensuring optimal process efficiency and product quality.

Precision Filtration: Achieve precise filtration of particles and impurities in specialized applications where accuracy and consistency are paramount, enhancing overall operational efficiency and product integrity.

Gas Filtration | Filter Separators | Energas Technologies

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Why is bronze powder spherical?

The spherical shape of bronze powder is typically achieved through specific manufacturing processes. This spherical form enhances the powder's performance and application characteristics for several reasons:

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Flow and Coating Properties: Spherical powder exhibits excellent flow and coating properties, facilitating uniform dispersion and coating during manufacturing processes, ensuring stable product quality.
Density and Pile-up Ability: The spherical shape allows for tighter packing during accumulation, enhancing powder density and pile-up capability, thereby improving efficiency in forming and processing.
Surface Area and Reactivity: Compared to other shapes, spherical powder has a smaller surface area, reducing contact with air or other substances, lowering oxidation rates and maintaining material stability.
Uniformity and Controllability: The uniform and regular shape of spherical powder enables easy control of particle size and distribution, promoting consistency and stability in powder characteristics.
Processing Performance: Spherical powder typically demonstrates good flow and compaction properties, suitable for various forming and processing techniques, enhancing material processing capabilities and forming quality.

Why is titanium powder not spherical?

Titanium powder typically does not exhibit a spherical shape; instead, it often displays irregular or angular characteristics. This can be attributed to several factors:

Manufacturing Processes: The varied shapes of titanium powder stem from diverse production techniques. Methods like gas-phase and mechanical grinding are commonly used in titanium powder preparation, making it challenging to achieve perfectly spherical particles.
Physical Properties: Due to the nature of titanium metal, chemical reactions or oxidation can occur easily during preparation, leading to the formation of irregular or angular structures on the surface of titanium powder, rather than spherical shapes.
Surface Activity: Titanium powder has relatively high surface activity, making it prone to reacting with oxygen in the air, forming oxides and further contributing to the irregular shape of the powder.
Application Requirements: While spherical powder offers advantages, the irregular shape of titanium powder does not hinder its widespread use in fields such as aerospace and medical devices. Titanium powder's performance is primarily influenced by chemical composition and process control.