High temperature glass wool for heating network

The main raw materials of high-temperature glass wool specially used for hbc heating network are waste glass, quartz sand, limestone, borax, etc., which are solidified by melting and centrifugal method.

48kg/m³

Operating temperature

≤0.039 at 70℃

density

Thermal conductivity

≤538℃

Product Introduction

The main raw materials of high-temperature glass wool specially used for hbc heating network are waste glass, quartz sand, limestone, borax, etc., which are solidified by melting and centrifugal method.

Application

Develop and design higher quality insulation structures and materials for industrial central heating pipes.

Product Performance

Thermal insulation and sound absorption

High hydrophobicity

Longer service life

Easier installation

The fibers of the high-temperature glass wool specially used for Winsun Heating Network are uniform and slender, and the fibers are arranged perpendicular to the direction of heat transfer, so that it can effectively prevent heat transfer and reduce heat loss.

The high-temperature glass wool specially used by Winsun Heating Network is composed of long and thin glass fibers, and its thermal insulation performance and physical and chemical properties remain unchanged after drying.

The uniform and slender fibers ensure that they are closely interwoven with each other, thus avoiding the phenomenon that the common thermal insulation materials are vibrated or stretched after a period of use due to fiber disjointment, resulting in holes at the pin fixing points, causing heat loss to increase with use time.

Wide range of applications, easy installation, short construction period, high efficiency and more economical!

Technical Parameters

Performance Project
Technical Parameters
Implementation Standards

density

48kg/m³
GB/T 13350-2017
Maximum operating temperature

538℃

ASTM C411 or GB/T 17430
Thermal load shrinkage temperature
≥ 350℃
GB/T 13350-2017
High temperature linear shrinkage
2.5% @538℃
ASTM C356-17
Slag ball content
≤ 0.1%
GB/T 5480-2017
96 hours boiling water resistance
Meet the requirements
GB/T10295-2008
High temperature tensile strength
≥ 350N/m
500℃, 1 hour later, test according to GB/T7689.5
Compression rebound rate
100%
GB/T 17911-2018
Mass moisture absorption
≤ 5%
ASTM C1104 or GB/T 5480
Water repellency

98%

GB/T 10299
Corrosive

Meet the requirements

GB/T 17393
Combustion performance

Class A non-combustible material

GB 8624-2012