高温隔热板 High Temp. Insulation Board
高温隔热板
多次重覆使用保温布包
耐高温防火保温纤维纺织品
保温隔热套管
高强度隔热硬板
耐火纸及耐火绵毯
CBF-Duct挠性软管
非金属膨胀节补偿器
耐高温密封垫片
耐高温陶瓷胶
软式电热布包
噪音控制材料
High Temp. Insulation Board
Insulation Jacketing
High TemperatureTextiles
High Temp. Protection Sleeving
High Temp.Insulation Blanket/Paper
KM-EL flexible heating jacket
CBF-Duct Flexible Hose
Non-Metallic Flexible Joint
High Temp. Gasketin/Packing
High Temp. Glue
High Strength Insulation Board
Soundguard
B85 耐高温高强度硬板B85 板系专为在高温下仍需高强度(硬度, 抗压强度, 挠曲强度)及低热传材料之保温断热材之场所所研发之产品.B85不含任何石棉且可用来取代纤维水泥板, 纤维补强塑胶板, 镁橄榄石板, 矽酸钙板等材料, 並特別適於下列用途:
加温模具保温断热
大跨距炉顶表层
感应炉
金属夹层间之断热支撑
B85 High temperature strength Board B85 is a structural insulation board with high compressive and flexural strength and low thermal conductivity at elevated temperature up to 1000oC. It contains no asbestos and is an ideal substitute to calcium silicate board, fiber reinforced plastic board, fiber cement board for following applications:
press platen mold insulation
induction furnace insulation
big span furnace roof insulation
厚度Thickness (inch)
1/4”, 3/8”, 1/2”, 5/8”, 3/4”, 1”, 1.25”, 1.5”, 2”, 3”
板面呎吋 Sheet Sizes(ft x ft)
4 x 8
密度 Density (g/cm3)
1.362
最高耐温 Max. application temp.(℃)
972
热传导系数 Thermal Conductivity (W./M.K.)
0.31 (205 ℃), 0.28(425 ℃), 0.29(538 ℃)
抗压强度 Compressive Strength (kg/cm2)
724
抗压强度, 5 %变形率 Compressive strength at 5% strain (kg/cm2)
450
挠曲强度 Flexural Strength (kg/cm2)
210
挠曲强度, 315 ℃, 24小时 Flexural Strength, 315℃ , 24 hours (kg/cm2)
169
挠曲强度, 649 ℃, 24小时 Flexural Strength, 649 ℃ , 24 hours (kg/cm2)
147
收縮率, 537 ℃, 24小時 Shrinkage, 537 ℃ , 24 hours (%)
0.1 (长/宽linear), 1.0(厚thickness)
收缩率, 537 ℃, 24小时 Shrinkage, 537 ℃ , 24 hours (%)
0.15 (长/宽linear), 1.3(厚thickness)
收缩率, 871 ℃, 24小时Shrinkage, 817 ℃ , 24 hours (%)
0.24 (长/宽linear), 2.0(厚thickness)
水份含有率 moisture content (%)
1.0
体积电阻(Ohm-cm), Volume Resistivity, ASTM D257
4.52 x 1012
绝缘强度(V/mil), Dielectric Strength, ASTM D495
61
抗电弧性(Second), Arc Resistance, ASTM D495
304
化学成份 Chemical Composition
Calcium Silicate 60-75%
简介:IG 70 在高温操作环境下, IG 70 之低热传导性, 高强度, 及呎吋稳定性, 为目前市面上其它所有材料所无法比拟的,
在多家国际知名之大型钢铁厂中, IG 70 被认可为盛钢桶 (ladle) , 分钢槽(Tundish) 等要求高强度及安全性之最佳保温断热材 .
技术资料 Technical Data
呎吋(Sizes):965MMx1270MM
厚度(Thickness):10MM～51MM
密度(Density)KG/M3 (ASTM 2792)
1202±7%
孔隙率(Porosity) % (ASTM C-830-88)
53.5
最高使用温度(Max. Applications Temp.) , ℃
1050
连续使用温度(Continuous Application Temp.), ℃
1000
抗压碎强度(Cold Crushing Strength), KG/cm2 (ASTM D651/D695)
155
挠曲强度(Flexural Strength), KG/cm2 (ASTM D790)
133
高温抗压强度(Compression Strength) , KG/CM2 (5% 应变量, 5% strain)
184
高压高温应变量(strain), %
1.5
热传导系数(Thermal Conductivity), W/M.K. (BS. 1902 sec.5.5:1991)
收缩率(Shrinkage) , % (ASTM C113-87) 线性(LINEAR)
厚度
1.42
IG 70 与其它材料之比较 Comparison With Other Materials
产品(Product)
连续使用温度℃
高温抗压强度500℃KG/CM2, 10%应变
热传导系数W/M.K.500℃
高温抗压弹性模数KG/CM2,500℃
IG 70
1000
218.3
0.29
5915 at 70.4KG/CM2
矽酸钙板(Calcium Silicate Board)
700
211.3
0.26
3310 at 70.4KG/CM2
高孔隙率板Microporous Silica Board
1040
10.2
0.03
106 at 21.1KG/CM2
陶瓷纤维板Ceramic Fiber Board
1100
8.5
0.20
120 at 7KG/CM2
以上热传资料系由英国陶瓷协会(Ceramic Society)以Calorimeter Panel Method方法测得. 其结果较各生产厂商所提供之数据为高但应亦较准确. (Hot Wire Method无法用以测试如IG 70等非均质材料, 且对诸如上表列之低导热材料之测定值误差将颇大, 故不适用.)
