HB11ZXL Slag wool fiber low show content use for friction

 Introducing our innovative product, slag reinforced mineral fiber HB11ZXL, a cutting-edge composite inorganic fiber that is revolutionizing the industrial materials market.  This high-performance material is designed for applications requiring enhanced heat resistance, abrasion resistance and flexibility.

 One of the key features of our slag reinforced mineral fiber HB11ZXL is its low pellet content, making it ideal for applications where dispersion and purity are critical.  The industrial slag used to produce this fiber contains very little iron, resulting in a white slag wool fiber with exceptional performance and durability.

 Slag reinforced mineral fiber HB11ZXL is an industry game changer, delivering unparalleled strength and reliability.  Its superior heat resistance makes it ideal for high-temperature environments, while its abrasion resistance ensures long-lasting durability in demanding applications.  Additionally, its flexibility allows easy integration into various manufacturing processes, making it a versatile solution for a wide range of industrial needs.

 Whether you are in automotive, aerospace or manufacturing, our slag reinforced mineral fiber HB11ZXL is the perfect choice for friction and sealing applications.  With its outstanding performance, low pellet content and excellent dispersion, this product sets new standards for mineral fiber reinforcement, delivering unparalleled quality and reliability.

 Experience the difference with our slag reinforced mineral fiber HB11ZXL and take your industrial applications to new heights of performance and efficiency.

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PRODUCTS DETAILS

Items

Parameter

Chemistry

Properties

SiO2+Al2O3 (wt%)

52~62

CaO+MgO (wt%)

35~42

Fe2O3 (wt%)

<3

Others(max; wt%)

≤6

Ignition loss (800±10℃,2H; wt%)

±2

Physical

Properties

Color

Off-white

Long-Term Using Temperature

600℃

Fibre diameter numerical average(μm)

6

Fibre length weighted average(μm)

320±100

Shot content (>125μm)

≤1

Specific density(g/cm3)

2.9

Moisture Content(105 ℃±1℃,2H; wt%)

≤2

Surface Treatment Content(550±10℃,1H; wt%)

<1

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