Thermal Conductivity 0.04-0.06 W/m·K Glass Microbubbles with Chemical Resistance for Lightweight Filler Applications

Product Description:

Glass Microbubbles are advanced lightweight materials composed primarily of silica, air, and other trace elements. These tiny hollow spheres exhibit exceptional characteristics that make them highly valuable across a wide range of industrial applications. One of the key attributes of Glass Microbubbles is their low bulk density, which varies depending on the specific grade of the product. This variability allows for customization to meet different requirements, ensuring optimal performance in diverse usage scenarios.

The true density of Glass Microbubbles lies within the range of 0.454 to 0.466 g/cm³, making them remarkably light compared to many other filler materials. This low density contributes significantly to weight reduction in composite materials, which is an essential factor in industries such as automotive, aerospace, and marine engineering. By incorporating Glass Microbubbles into composite matrices, manufacturers can achieve a balance between weight savings and structural integrity.

One of the most notable features of Glass Microbubbles is their excellent chemical resistance. They demonstrate outstanding resistance to both acids and alkalis, which ensures durability and longevity even in harsh chemical environments. This chemical inertness makes them ideal for use in applications where exposure to corrosive substances is common, such as in coatings, adhesives, and sealants. The ability to maintain structural stability and performance under chemically aggressive conditions enhances the reliability of the end products.

Thermal conductivity is another critical property of Glass Microbubbles. With a thermal conductivity range of 0.04 to 0.06 W/m·K, these microbubbles provide effective thermal insulation. This characteristic is particularly beneficial in applications requiring temperature regulation, such as insulation panels, fire-resistant materials, and thermal barrier coatings. The low thermal conductivity helps in minimizing heat transfer, thereby improving energy efficiency and safety.

In terms of mechanical properties, Glass Microbubbles offer a unique combination of strength and flexibility. Their hollow spherical structure contributes to improved mechanical properties in composite materials by enhancing impact resistance and reducing brittleness. When used as fillers, they help improve the mechanical performance of polymers, adhesives, and other matrix materials without significantly increasing weight. This makes Glass Microbubbles a popular choice for reinforcing adhesive materials, where maintaining a strong bond while reducing weight is crucial.

The incorporation of Glass Microbubbles into adhesive materials not only improves mechanical properties but also enhances the ease of application. Their spherical shape allows for smooth dispersion within adhesives, leading to uniform consistency and better flow characteristics. This results in stronger, more reliable adhesive bonds that perform well under mechanical stress and environmental exposure. Additionally, the chemical resistance of Glass Microbubbles ensures that adhesives retain their bonding strength even when exposed to aggressive chemicals or extreme conditions.

Furthermore, the versatility of Glass Microbubbles extends to various industries including automotive, construction, electronics, and marine sectors. In automotive manufacturing, they contribute to lightweight components that improve fuel efficiency without compromising safety. In construction, they are used to produce lightweight concrete and plaster, which reduces the overall structural load. In electronics, their insulating properties help protect sensitive components from heat and electrical interference. The marine industry benefits from their corrosion resistance and buoyancy, making them ideal for lightweight flotation devices and coatings.

Overall, Glass Microbubbles represent an innovative solution for enhancing material performance through their exceptional mechanical properties, chemical resistance, thermal insulation, and lightweight nature. Their ability to improve adhesive materials and composite formulations makes them indispensable in modern manufacturing and engineering. Whether the goal is to reduce weight, improve durability, or enhance thermal performance, Glass Microbubbles offer a reliable and efficient way to meet these challenges, driving advancements across multiple fields and applications.

Features:

• Product Name: Glass Microbubbles
• Diameter: 10-55 µm
• Highly reflective optical properties
• Compressive strength of 16000 Psi, indicating excellent mechanical properties
• Low thermal conductivity of 0.153, enhancing insulation performance
• Applications include rubber, ocean equipment, and automobile vehicles

Technical Parameters:

Applications:

HAINUO Glass Microbubbles, model HN46HS, are specialized lightweight fillers known for their exceptional chemical resistance to acids and alkalis. With a diameter range of 10-55 µm and a true density between 0.454-0.466 g/cm³, these microbubbles offer unique properties that make them highly suitable for diverse industrial applications. Their remarkable chemical stability ensures durability and longevity, even in harsh environments, making them an ideal choice for products requiring resistance to corrosive substances.

In the rubber industry, HAINUO Glass Microbubbles are widely used to enhance material properties by reducing weight without compromising strength. Their incorporation into rubber compounds results in improved insulation and flexibility while maintaining excellent chemical resistance. This makes them especially valuable in applications where the rubber is exposed to acidic or alkaline conditions, ensuring product reliability and extended service life.

The ocean industry benefits significantly from the use of HAINUO Glass Microbubbles due to their buoyancy and resistance to harsh marine environments. They are commonly used in coatings and composites that require lightweight and durable materials capable of withstanding saltwater corrosion. The microbubbles contribute to a smoother surface finish, which is critical for reducing drag and enhancing the performance of marine vessels and equipment.

In the automobile sector, these microbubbles are extensively applied in battery pack glue formulations. The addition of HAINUO Glass Microbubbles to battery pack glue not only reduces the overall weight of the adhesive but also improves thermal insulation and mechanical properties. This leads to safer, more efficient battery packs with enhanced durability. Furthermore, the microbubbles help achieve a smoother surface finish in adhesive applications, which is essential for maintaining high-quality standards and ensuring proper adhesion in automotive assemblies.

Overall, HAINUO Glass Microbubbles HN46HS serve as a versatile additive across various industries, including rubber manufacturing, ocean equipment production, and automobile vehicle assembly. Their excellent chemical resistance, lightweight nature, and beneficial effects on surface finish and material properties make them a preferred choice for enhancing product performance and longevity.

Customization:

HAINUO offers customized Glass Microbubbles, model number HN46HS, designed to meet your specific requirements. With a true density of 0.454-0.466 and high surface area, these white to off-white spherical particles provide excellent performance in various applications. Our Glass Microbubbles can withstand temperature resistance up to 600°C, making them ideal for enhancing thermal management in battery pack glue formulations. By integrating HAINUO's Glass Microbubbles into your battery pack glue, you can significantly improve insulation and reduce weight, ensuring superior efficiency and durability.

Support and Services:

Our Glass Microbubbles product is supported by a dedicated technical team committed to ensuring optimal performance and customer satisfaction. We provide comprehensive technical support including guidance on product selection, application advice, and troubleshooting assistance. Our experts are available to help you understand the properties and best uses of glass microbubbles to enhance your formulations and processes.

We offer detailed product datasheets, safety information, and handling instructions to ensure safe and effective use of our glass microbubbles. Additionally, customized testing and sample provision are available to meet your specific project requirements.

Our technical services include formulation support, compatibility testing, and performance optimization to help you achieve the desired results in your applications such as lightweight composites, insulation materials, coatings, and more. We work closely with your team to provide tailored solutions that address your unique challenges.

For ongoing product support, we maintain a robust knowledge base and technical resources to keep you informed about the latest developments and best practices related to glass microbubbles. Our commitment is to deliver high-quality products backed by expert service to support your innovation and success.

FAQ:

Q1: What are HAINUO Glass Microbubbles Model HN46HS used for?

A1: HAINUO Glass Microbubbles Model HN46HS are primarily used as lightweight fillers in composites, coatings, and adhesives to reduce density and improve insulation properties.

Q2: What is the size range of the HAINUO HN46HS Glass Microbubbles?

A2: The HAINUO HN46HS Glass Microbubbles typically have a diameter ranging from 15 to 60 microns, offering uniform particle size distribution for consistent performance.

Q3: Are HAINUO HN46HS Glass Microbubbles chemically stable?

A3: Yes, HAINUO HN46HS Glass Microbubbles are chemically inert and stable, making them suitable for use in various chemical environments without degradation.

Q4: How do HAINUO Glass Microbubbles HN46HS affect the mechanical properties of composites?

A4: Incorporating HAINUO HN46HS Glass Microbubbles can improve the strength-to-weight ratio of composites and reduce shrinkage while maintaining adequate mechanical strength.

Q5: What is the bulk density of HAINUO HN46HS Glass Microbubbles?

A5: The bulk density of HAINUO HN46HS Glass Microbubbles is approximately 0.15 g/cm³, making them highly effective for lightweight applications.