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Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity

Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity

MOQ: 1 ton
Price: Negotiable
Standard Packaging: Kraft paper bag + Pallet
Delivery Period: 10 days
Payment Method: L/C,D/P,T/T,Western Union
Supply Capacity: 1000 tons/month
Detail Information
Place of Origin
China
Brand Name
LEADSUN
Certification
ISO
Model Number
Insulation Castable
Refractoriness:
1350-1850C
Size:
1-6mm
Package:
Bag+ Pallet
Al2O3:
40-90%
Color:
Grey
Type:
Low Cement, High Alumina, Insulation Type,plastic,gunning Type
Highlight:

Insulating Castable 1700°C

,

low thermal conductivity castable

,

Insulating Castable 800°C

Product Description
Product Overview:

Our LDSIN Series Insulating Castable is specifically formulated to provide superior thermal insulation as a monolithic lining or backup layer. By incorporating lightweight aggregates such as perlite, vermiculite, expanded clay, mullite, or bubble alumina, we create a castable with significantly reduced bulk density and thermal conductivity. This series covers a broad working temperature range from 800°C to 1700°C, offering a versatile and easy-to-install solution to minimize heat loss, improve furnace efficiency, and reduce energy consumption across diverse industries.

Technical data
Item LDSIN08 LDSIN12 LDSIN14 LDSIN15
Service Temp ℃ 800 1100 1400 1700
Bulk Density (g/cm3) (Dried at 110℃) 0.8 1.2 1.4 1.5
CCS 110℃ (Mpa) 1100℃

10

/

15

10

25

20

35

30

MOR 110℃ (Mpa) 1100℃

3

/

4

3

5

4

6

5

Max Grain Size (mm) 6 6 6 6
Chemical Analysis(%) Al2O3 Fe2O3


25

3.5


30

2.8


45

1.5


83

1.0

Application Guidelines Mixer Placement Water/Mixer Temp℃ Mixing Time(Min):Dry/Wet


P

V

20±5

1/3


P

V

20±5

1/3


P

V

20±5

1/3


P

V

20±5

1/3

Core Benefits and Features:
  • Exceptional Thermal Insulation: Very low thermal conductivity creates an effective thermal barrier, drastically reducing heat loss through furnace walls and lowering operational fuel costs.
  • Significantly Reduced Heat Storage: The low density and high porosity lead to minimal heat absorption, enabling faster furnace heat-up and cool-down cycles, which increases production flexibility.
  • Lightweight Structural Advantage: Substantially lowers the overall weight of the refractory lining, reducing the load on the furnace steel structure and foundation.
  • Wide Temperature Service Range: A comprehensive portfolio from LDSIN08 to LDSIN15 ensures a suitable grade for both moderate and extreme temperature applications.
  • Monolithic Installation: Provides a seamless, joint-free insulating layer when cast in place, eliminating gaps that can become heat leakage paths.

Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity 0

Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity 1

Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity 2

Lightweight Insulating Castable 800 - 1700°C Low Thermal Conductivity 3

Targeted Applications for Maximum Efficiency:

This castable is ideally applied as:

  • Backup Insulation Layer: Behind dense hot-face refractories in various furnaces, kilns, boilers, and incinerators to improve overall wall efficiency.
  • Secondary Insulating Lining: In areas where primary insulation is needed but direct slag/abrasion contact is limited.
  • Heat-Treating Furnaces: For lining batch and continuous furnaces where temperature uniformity and energy savings are critical.
  • Petrochemical Heaters: As insulation in reformer and cracking furnace walls.
  • General Thermal Equipment: Any application requiring a cast-in-place, lightweight insulating barrier.
The Smart Choice for Energy Conservation and Design Flexibility:

In an era of rising energy costs and stringent efficiency standards, our Insulating Castable offers a direct path to operational savings and improved thermal performance. Its monolithic nature allows for design freedom in complex geometries, while its lightweight properties enable more economical furnace designs. It's not just an insulation material; it's a tool for building more sustainable and cost-effective thermal processes.