Low density hollow glass microspheres filler/Glass Bubbles for Various Applications

Hollow Glass Microspheres/Glass Bubbles for Various Applications

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Why should we choose Hollow Glass Microspheres? 1. Improve flow properties Hollow glass microsphere is a tiny sphere with high ball-type rate. Its ball-bearing effect can improve its mobility and reduce the viscosity and internal stress of resin mixture. Therefore, during processing, less heat is produced in composite materials so as to prevent inadequate lubrication and partial thermal decomposition. It is more likely to extrude when molding, which can not only reduce defects in products, but also improve the production efficiency by 15% -20%. 2. A superior substitute of resin Hollow glass microspheres occupy less surface area, low oil-absorption rate, and evenly disperse in mixture. Its easy compression and integration permit high filler loadings. It significantly reduces the consumption of resins, increases the amount of filler, and effectively reduces VOC indicators, and costs as well. 3. Low shrinkage and warpage Hollow glass microspheres have the feature of isotropism and high-filling, hence the dimensional stability of the product will be very high and it will reduce the shrinkage and warpage. With an appropriate filling ratio, the toughness of the products, impact-resistance and surface hardness can be significantly improved. 4. More economical The density of high-performance hollow glass microspheres is only a fraction of that of the resin. A small amount of hollow glass microspheres will be able to replace heavier materials. When considering the cost per unit volume, rather than cost per unit weight, high-performance hollow glass microspheres can significantly reduce costs. 5. Adjusting product density The density of hollow glass microspheres is usually 0.20 ~ 0.60g/cm3, and the density of mineral filler is generally around 2.7 ~ 4.4 g/cm3 (The data adopted is the true particle density). In order to obtain the equal size, 14 kilograms or more of talc must be used to obtain the same effect of 1 kg of hollow glass microsphere. Hence, the desired ideal density can be obtained by adding appropriate proportions of hollow glass microspheres.

Model	Equivalent to 3M products	Particle Size Range μm	True density  g/cm3	Crush strength MPa
H25	S22/K25	2-125	0.25	5
H32	S32		0.32	14
H40	S38/S38HS		0.40	28
H46	K46		0.46	41
H60	S60/S60HS		0.60	69

Our processing method is similar to 3M from US with even good propreties.

Low density hollow glass microspheres filler/Glass Bubbles for Various Applications