Efficient Glass Grinding Microspheres for Premium Quality Results

• Customization: Available
• Main Raw Material: Sio2
• Appearance: Solid
• Model NO.: Hollow Glass Beads
• Color: White
• Korean Standard: Ksl2521No.1 and 2
• British Standard: BS6o88 Class a and B
• European Standards: En1423 and En1424
• Japanese Standard: Tjis R3301
• Australian Standard: a, B, C, D
• American Standard: Aashtom247type 1 and Type 2
• Transport Package: Bags
• Specification: 850-425
• Trademark: Fuda
• Origin: China
• HS Code: 7018200090
• Production Capacity: 2000tons/Year

Product Description

Hollow glass microspheres stand as a revolutionary class of advanced multifunctional fill materials, characterized by their ultra-fine, hollow spherical shapes. These microspheres represent the pinnacle of innovation, delivering a blend of lightweight design and robust functionality that sets them apart in the industry.
Embodying sophistication, these microspheres come in alluring shades of gray white or light gray. They are primarily crafted from high-quality silicon dioxide and alumina, offering a unique combination of strength and lightweight properties. Boasting a bulk density that optimizes efficiency,
and a true density of 1.7 grams per cubic centimeter, these versatile spheres vary in particle size, ensuring adaptability to various applications. Their particle sizes are precisely engineered to
range between 44-2.6 microns. Multiple mesh sizes, including 325, 500, 800, 1250, 2500, and 5000 mesh, are available, offering unmatched versatility and precision. With sphericity exceeding 95%, these microspheres guarantee outstanding performance and reliability.
Boasting a robust outer shell, these microspheres encapsulate inert gases such as nitrogen dioxide and carbon dioxide, enhancing their structural integrity. They showcase remarkable high-pressure resistance, rated between 4000-7000 MPa,
and exhibit extraordinary wear resistance, enduring high temperatures exceeding 1450 degrees. Their superior chemical stability allows them to withstand common acidic, alkaline, and saline solutions, ensuring longevity and durability.
Additionally, these microspheres offer exceptional sound and thermal insulation properties, with a conductivity coefficient of 0.10-0.12. This makes them the preferred choice for industries seeking energy efficiency and acoustic control.
making them an excellent option for a wide variety of applications. Their adaptability and performance make them a superb choice for enhancing product value across multiple sectors.
We also offer customization of special particle sizes to meet your specific requirements, ensuring our products align perfectly with your innovative projects.

Category NO	Sieve Size	Standard diameter((μm)
30#	20-40	850-425
40#	30-40	600-425
60#	40-60	425-300
80#	60-100	300-150
100#	70-140	212-106
120#	100-140	150-106
150#	100-200	150-75
180#	140-200	106-75
220#	140-270	106-53
280#	200-325	75-45

Hollow glass microspheres exhibit impressive compressive strength and offer innovative solutions when integrated into composite materials, providing a new dimension of benefits:

delivering a spectrum of remarkable features and advantages, enhancing the products they are incorporated into:
1: Enhanced Durability and Performance: Unlike conventional fillers that may contain soft or irregular particles prone to wear, hollow glass microspheres provide superior fineness. This substantially enhances scratch resistance and reduces friction, elevating the overall material performance to new heights.

dramatically boosting scratch resistance, reducing friction, and thus optimizing the overall material performance. This innovation in material science ensures your products stand out in terms of quality and longevity.
2: Cost Efficiency: With the lowest oil absorption rate of 15-18%, these microspheres are significantly more economical than talc powder or calcium carbonate. They allow for impressive filler additions up to 70% without compromising material toughness,
and maintain excellent flowability, allowing formation in compact molds without heating or pressure. This streamlines manufacturing processes and significantly reduces costs, making them a financially prudent choice for businesses.
while maintaining excellent flowability. This results in efficient formation in compact molds, eliminating the need for additional heating or pressure,
thereby simplifying the manufacturing process and slashing costs, demonstrating a strategic advantage for manufacturers looking to optimize production efficiency.
Qinyuan Fuda New Material Technology Co., Ltd (Fuda New Materials), situated in Qinyuan, Shanxi Province, is a dynamic industry and trade enterprise established in 2018. It excels in the sales and export of zirconium sandblasting and grinding series materials, offering unmatched expertise and quality.
Established as a leading force in 2018, Fuda New Materials has carved a niche in the sales and export of zirconium sandblasting and grinding series materials, showcasing its prowess in both industry and trade.
The company's state-of-the-art production facility, established in 2015 and operational since 2016, is located in Linfen City, Shanxi Province. It boasts a remarkable annual production capacity of 2000 tons for zirconium series ceramic materials, setting a benchmark in production capabilities.

This facility proudly delivers an impressive 2000 tons per annum production capacity for zirconium series ceramic materials, underscoring our commitment to quality and volume.
microbeads, high-purity zirconia beads, and zirconium aluminum composite beads. Furthermore, the company offers a comprehensive range of glass beads, zirconia powders, and stabilized zircons. Our strategic partnerships with leading domestic enterprises propel the application and technical support of basalt fiber filaments and related products.
glass beads, zirconia powders, and stabilized zircons. Our strategic alliances with leading domestic enterprises bolster the application and technical support of basalt fiber filaments and related products, ensuring our clients benefit from cutting-edge solutions.

Fuda New Materials is dedicated to delivering a diverse array of zirconium series products and basalt fiber filaments, serving sectors including sandblasting, grinding, construction, and aerospace. We are committed to ensuring that both domestic and international clients receive only the highest quality materials.
catering to the sandblasting, grinding, construction, and aerospace sectors. We ensure that our materials meet the highest standards for both domestic and international clients, delivering unparalleled quality and consistency.
Q1. Are you a manufacturer?

A: Absolutely, we're ready to assist you. We stand prepared with our manufacturing expertise to meet your needs.

Q2. Can I visit your company?
A: Certainly, we welcome you with open arms. Seeing is believing. Experience firsthand the exceptional quality and performance of our products at Qinyuan Fuda New Material Technology Co., Ltd. Our doors are always open to showcase our expertise in crafting Efficient Glass Grinding Microspheres for Premium Quality Results.

Q3. Do you accept OEM?
A: Yes, we are fully equipped to handle OEM requests. Our team at Qinyuan Fuda New Material Technology Co., Ltd. is dedicated to delivering customized solutions that meet your unique specifications, ensuring your brand stands out with our Efficient Glass Grinding Microspheres.

Q4. What is the minimum order quantity for a trial order?
A: We are committed to offering personalized advice and solutions tailored to your specific needs. At Qinyuan Fuda New Material Technology Co., Ltd., we ensure that every solution is designed to enhance your experience with our Efficient Glass Grinding Microspheres for Premium Quality Results.

Q5. How long is the delivery time?
A: The delivery timeline will be tailored to the size of your order, ensuring prompt service. At Qinyuan Fuda New Material Technology Co., Ltd., we prioritize efficiency, ensuring your Efficient Glass Grinding Microspheres reach you swiftly and seamlessly, no matter the size of your order.