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Aitemag 10FL: Aitemag 10FL: Silane-Treated High Purity Magnesium Hydroxide for Thermoplastics, Elastomers, PVC with Excellent Fire Performance

Name: Aitemag 10FL: Aitemag 10FL: Silane-Treated High Purity Magnesium Hydroxide for Thermoplastics, Elastomers, PVC with Excellent Fire Performance
Brand: Jiangsu ATK Flame Retardant Materials Co., Ltd.
SKU: ايتماج 10FL
Availability: InStock

تفاصيل المنتج:

مكان المنشأ:	Yixing ، الصين
رقم الموديل:	ايتماج 10FL

معلومات مفصلة

مكان المنشأ:

Yixing ، الصين

رقم الموديل:

ايتماج 10FL

إبراز:

High Light

إبراز:

silane-treated magnesium hydroxide for thermoplastics,high purity magnesium hydroxide for PVC,hexagonal magnesium hydroxide with fire performance

high purity magnesium hydroxide for PVC

hexagonal magnesium hydroxide with fire performance

Trading Information

الحد الأدنى لكمية:

500 كجم

تفاصيل التغليف:

أكياس 20 كيلوجرام من كرافت على شكل 500 كيلوجرام أو 1000 كجم من البليت

وقت التسليم:

7-10 أيام العمل

شروط الدفع:

تي/تي

القدرة على العرض:

30،000T/A.

وصف المنتج

Aitemag 10FL: Silane-Treated High Purity Magnesium Hydroxide for Thermoplastics, Elastomers, PVC with Excellent Fire Performance

Aitemag® magnesium hydroxide is a flame retardant product line with ultrafine particle size and enhanced performance-to-cost balance, produced using world-leading manufacturing technologies. All Aitemag products comply with REACH and RoHS requirements. When used to formulate flame retardant polymers, the Aitemag product provides superior flame retarding and smoke suppression properties.

Aitemag 10FL is a high purity, high whiteness magnesium hydroxide that is treated with a silane to provide easy flow and dispersion. This product is designed for use in thermoplastic or elastomeric polymers and PVC. This product can offer excellent dynamic thermal stability (DTS) and wet-aged electrical performance, as well as superior fire and smoke performance.

Physical and Chemical Properties

Property	Unit	Typical Value*
Magnesium hydroxide content	%	≥99
Loss on Ignition (800°C)	%	≥30
Hunter Whiteness		≥97
Median Particle Size(d50)	µm	1.0
Iron as Fe3+	%	≤0.001
Moisture	%	≤0.5