产品规格书/Specification
产品/product: |
不锈钢基材发热电阻浆料/ Stainless steel board heating Resist paste |
料号/Part number: |
05H11 |
适用范围/Application:
此产品适用于不锈钢基材加热电路使用。
The resist paste applies to stainless steel board heating resistor paste.
使用条件/Operating conditions:
基材 Substrate |
不锈钢基材 Stainless steel board |
印刷 Printing |
200-250目丝网印刷 200-250 mesh stainless screen |
流平 Levelling |
室温下流平5-15分钟(时间根据流平的实际情况决定)。 5-15min minutes at room temperature |
干燥 Drying |
通风烘箱烘烤100-150℃,10-15分钟 (烘考温度低于300℃,可根据烘烤的实际情况决定烘烤时间。) 100-150℃ 10-15 min |
烧结 Firing Condition |
隧道炉空气气氛下烧结,峰值850℃(推荐值),10分钟。 Atmospheric firing in belt furnace with peak time of 10 Minutes at 850℃ |
Thinner |
ST1001 |
性能/Characteristics:
1. 浆料性能/Paste Characteristics:
性能Characteristic |
标准Standard |
测试方法及条件 Test method and conditions |
|
1 |
Fineness |
≤8μm |
FOG test |
2 |
Viscosity |
120-280Pa.s |
Brookfield HBT utility cup and spindle (SC4-14/6R), 10rpm, 25±1℃, Brookfield HBT(博利飞)粘度计, 转子SC4-14/6R), 10rpm, 25±1℃ 粘度可根据用户实际需要调节。 |
2. 烧结后特性/Characteristics after firing:
在1烧结条件下,膜厚8-12mm Check fired film produced under the conditions specified in 1), (Film thickness is 8-12mm.)
特性 Characteristics |
Standard 标准 |
测试方法和条件 Test method and conditions |
|
3 |
外观 Appearance |
紧凑,致密 Compact and unknit |
Eyeballing |
4 |
方阻值 Resistivity |
如下表格 As below form |
标准膜厚10μm Standard film thickness is 10mm. |
温度系数 TCR |
如下表格 As below form |
HTCR 25-125℃ |
产品系列 |
铝基材发热电阻浆料 |
|||
P/N |
resistivity (Ω/□) |
TCR (ppm/℃) |
烧结温度℃ |
viscosity (kcps) |
05H11-0R01012 |
0.01 |
1500 |
850℃ |
120~280 |
05H11-0R02012 |
0.02 |
1200 |
||
05H11-0R03012 |
0.03 |
1200 |
||
05H11-0R05012 |
0.05 |
1200 |
||
05H11-0R10012 |
0.10 |
1200 |
||
05H11-0R20012 |
0.20 |
1200 |
||
05H11-0R30012 |
0.30 |
1200 |
||
05H11-0R50012 |
0.50 |
1200 |
||
05H11-1R00012 |
1.00 |
100-1200 |
||
05H11-3R00012 |
3.00 |
100-1200 |
||
05H11-4R00012 |
4.00 |
100-1200 |
||
05H11-011 |
10.00 |
0-600 |
||
05H11-021 |
20.00 |
0-600 |
||
05H11-051 |
50.00 |
0-600 |
||
05H11-101 |
100.00 |
0-600 |
保存条件,有效期/Storage condition and Term of validity