Name: Durable Hollow Glass Microspheres with 0.15 g/cm³ True Density, 600 psi Compressive Strength, and 40 μm Particle Size for Aerospace and Submersible Equipment
Brand: Shanxi Hainuo Technology Co.Ltd.
Availability: InStock

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Durable Hollow Glass Microspheres with 0.15 g/cm³ True Density, 600 psi Compressive Strength, and 40 μm Particle Size for Aerospace and Submersible Equipment

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Durable Hollow Glass Microspheres with 0.15 g/cm³ True Density, 600 psi Compressive Strength, and 40 μm Particle Size for Aerospace and Submersible Equipment

製品詳細

支払及び船積みの言葉

誘電率1.2-2.2、軟化温度855℃、粒径10～250ミクロンの軽量フィラー用中空ガラスマイクロバルーン

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軟化温度855℃、優れた耐薬品性を有する高表面積中空ガラスマイクロバルーン

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耐熱温度600℃、圧縮強度4-125MPa、誘電率1.2-2.2のホウケイ酸ガラスマイクロバルーン

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855°Cの軟化温度と,石油探査領域のための電解常量1.2-2.2の空洞ガラス微球

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86-180-4997-9498

BSC@SXHAINUO.COM

86-180-1912-5865

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製品の説明

New Product Launch

Durable Hollow Glass Microspheres HN15HS

Advanced Materials for High-Performance Applications

HAINUO's innovative hollow glass microspheres deliver exceptional performance for aerospace and submersible equipment, providing stable buoyancy and enhanced energy efficiency through cutting-edge material technology.

Key Performance Parameters

True Density	0.15 g/cm³
Compressive Strength	600 psi
Particle Size D50	40 μm

Smaller, Lighter, Stronger: Effectively reduces system density while enhancing thermal insulation performance and improving energy efficiency. Key indicators outperform comparable international products, ensuring stable performance in high-precision aerospace applications.

Key Advantages

Stable Buoyancy: Ensures reliable performance for solid buoyancy materials, supporting stable equipment operation under complex working conditions and diverse operational environments
Optimized Space Utilization: Achieves the same buoyancy with more compact structural volume, saving deck and loading space while reducing transport losses and improving overall operational efficiency
Sustainable Development: Significantly reduces overall weight, enhances equipment performance, and contributes to achieving low-carbon, high-efficiency sustainability goals

Core Application Scenarios

Drones

Submersibles & Underwater Robots

Aerospace

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