High-Strength Quick-Drying Explosion-Proof Material KX999
High-Strength Quick-Drying Explosion-Proof Material KX999
High-Strength Quick-Drying Explosion-Proof Material KX999
High-Strength Quick-Drying Explosion-Proof Material KX999
High-Strength Quick-Drying Explosion-Proof Material KX999
Product details
Product Introduction
Composed of aluminum-silicon synthetic material, combined with slag-non-adherent liquid admixtures and high-temperature agents, this product is a special material for aluminum alloy furnaces and non-ferrous metal furnaces. Its features include slag non-adherence, no erosion, no penetration, oxidation resistance, and no reaction with molten aluminum. These advantages are more prominent under severe conditions of slag immersion and molten metal contact, with a long service life and stable performance indicators. It has replaced imported castables for aluminum melting pools from the United States, Japan, Denmark, and the United Kingdom. In terms of price and transportation, it brings economic benefits and convenience to users. The material for copper melting furnaces also meets the above requirements and can replace imported materials. Our company serves the society with high-quality services, including dispatching personnel for on-site construction, furnace baking, and follow-up services after production. For physical and chemical indicators, they vary according to the application parts and temperatures. This is the special material for aluminum alloy furnaces.
Special Material for Aluminum Alloy Furnaces
Service Temperature
Bulk Density 
Compressive Strength
Flexural Strength
Linear Change Rate (%)
Thermal Conductivity 350℃ W/mk
A1203%
Application
XS-88 High-Alumina Series
1200-1600℃
1.6-2.6110℃ 5-62
110℃ 6-6
1400℃ ±0.2
400℃ 2.2
50-80Furnace Roof, Furnace Wall
High-Temperature Bonded Corundum Steel Fiber KX266 Series
1200-1700℃
2.0-2.8110℃ 28-65
110℃ 4-15
1000℃ ±0.18
400℃ 2.6
70-90 Impact and Abrasion ResistanceFurnace Bottom 、Furnace Bath、Leakage Prevention、Power Plant Boiler、Fluidized Bed、Front and Rear Arch Circulation Area、Furnace Door Opening
PA-808 High-Alumina Series
1300-1600℃
2.0-2.6110℃32-63
pull1000℃ ±0.19
400℃ 2.0
70-80Furnace Bottom Leakage Prevention、Emergency Repair for Fire Escape at Various Parts of Furnace Roof and Wall
Corundum Carbon-Silicon Material KX9998 Series
1400-1800℃
2.1-2.8110℃ 15-64
110℃ 4-10
1000℃ ±0.25
400℃ 2.4
70-90Furnace Bath、Furnace Bottom、Furnace Hearth、Burner Brick、Furnace Door Opening、Various High-Temperature Parts of Power Plant Boilers, etc.
Synthetic Material KMSA663 Series
1700℃
2.8110℃ 66
110℃ 8
1000℃ ±0.3
400℃ 2.5
78%Furnace Bath、Furnace Bottom
Flame-Contact Lightweight Material XS9993 Series
1400-1500℃
1.0-1.3110℃ 4-6
110℃ 1.6-4
110℃×24h -0.7
350℃ 0.3
50-56High-temperature parts such as furnace roof, furnace cover, and flue
High-Strength Quick-Drying Explosion-Proof Material KX999 Series
1450-1600℃
2.1-2.8110℃ 25-62.5
110℃ 5-10
1000℃ ±0.18
350℃ 1.6
70-82Various high-temperature parts for emergency repair, such as furnace roof, furnace wall, and furnace bottom
Patented Burner Brick Material KX9999
1450-1750℃
2.3-2.8110℃ 30-85
110℃ 5-12
1000℃ ±0.15
350℃ 1.6
75-85Burner Brick Area at the Fire Port

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