Silicate Composition Analyzer
零售价
¥ 40000
市场价
¥ 40000
库存
20
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Specifications
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DHF84 multi-element rapid analyzer standard configuration
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DHF84 multi-element rapid analyzer analysis host
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You can send us an email：xtyqyb@163.com
Inquire库存剩余
20
隐藏域元素占位
- 产品描述
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- Commodity name: Silicate Composition Analyzer
- Model: DHF84
The silicate component analyzer is equipped with a 7-channel automatic precise liquid addition system, a 6-element synchronous measurement system, and an automatic data processing system. It also features a new anti-interference technology developed by the company, allowing for large-scale, accurate, and rapid quantitative analysis of more than 20 elements. It has significant advantages in the field of silicate system analysis, and is particularly suitable for quantitative analysis in non-metallic industries such as ceramics, refractory materials, cement, and glass, as well as in the colored metal and smelting industries such as tungsten, molybdenum, nickel, cobalt, and copper.
1、 Silicate Component Analyzer Overview
DHF84 Model Silicate Component Analyzer This is a new high-tech product developed based on the DHF83 multi-element rapid analyzer! It adopts a linear expansion and sensitivity improvement method, solving the problem of deviation from linearity in the analysis of high-component content and poor sensitivity in the analysis of low-component content by ordinary photometry! Using scientific research achievements, it has obtained a new national patent, No.: 201120329943.0, which is the company's proprietary intellectual property. Its high-precision liquid adding system has a liquid adding precision 3 times that of the DHF83 model, and the detection speed is 2 times that of the DHF83 model. The analysis is more accurate, faster, more intelligent, easier to operate, and less expensive! It is equipped with a 7-channel automatic precise liquid adding system, a 6-element synchronous measurement system, and an automatic data processing system. It is also equipped with the company's newly developed anti-interference technology, which can accurately and rapidly quantitatively analyze the content of more than 20 elements in a wide range. It has significant advantages in the field of silicate system analysis, and is particularly suitable for quantitative analysis in the non-metallic industries such as ceramics, refractory materials, cement, and glass, and the colored metal and smelting industries such as tungsten, molybdenum, nickel, cobalt, and copper. This product has been widely used in colleges and universities, research institutes, factories and mines, and is widely sold to Southeast Asia, Taiwan, China, etc., and has received good results.
2 Main Technical Parameters
2.1 Measurable Elements and Ranges
SiO2 0.01～99.9% Al2O3 0.01～99.9% Fe2O3 0.01～99.9% TiO2 0.01～99.9%
K2O 0.01～15% Na2O 0.01～15% CaO 0.01～99.9% MgO 0.01～99.9%
B2O3 0.01～30% ZrO2 0.01～99.9% Li2O 0.01～15% SnO 0.01～15%
PbO 0.01～99.9% ZnO 0.01～99.9% MnO 0.01～15% Cr2O3 0.01～15%
BaO 0.01～10% NiO 0.01～99.9% CoO 0.01～99.9% P2O5 0.01～30%
MoO3 0.01～99.9% V2O5 0.01～99.9% CuO 0.01～99.9% Mo 0.01～99.9%
If there are special needs, the lower limit of the measurement of some element components can be extended to 0.001%.
2.2 Types of Measurable Substances
2.2.1 Silicates and Aluminosilicates:
Ceramic raw materials (including glazes) and finished products, refractory material raw materials and finished products, glass raw materials (including microcrystalline glass) and finished products, main raw materials and finished products of cement, and other inorganic non-metallic materials, etc.
2.2.2 The following colored metal minerals and alloys and main components of chemical raw materials can be determined:
Chromium salt products, V2O5 products, MnO products, NiO products, titanium powder, phosphate, cobalt oxide, zinc oxide, boric acid, borax, barium carbonate, water glass, sodium humate, red lead, iron oxide, molybdenum trioxide, molybdate, molybdenum ore, ferromolybdenum alloy, molybdenum nickel alloy, nickel cobalt copper alloy, etc.
2.3 Sampling Channels: 7
2.4 Measurement Channels: 6.
2.5 Measurement Stability: The reading changes within ±2 digits within 5 minutes.
2.6 Test Repeatability: The reading of the same sample solution in 20 repeated measurements is ±1*
2.7 Detection Speed:
From the beginning of weighing, it takes about 2 hours to complete the determination of SiO2, Al2O3, Fe2O3, TiO2, K2O, Na2O, CaO, and MgO in 4 conventional samples. The determination of other elements can be completed within 4-6 hours.
2.8 Number of Continuously Measured Samples: More than 10.
3 Instrument Operating Conditions:
Power Supply 220V 50Hz
Total Power 1KW
Ambient Temperature 25±5℃
Relative Humidity ≤85%
4 Instrument Configuration:
DHF84 analyzer host: 1 unit;
Data processing system: 1 set (1 computer, 1 printer, 1 software);
Flame photometer: 1 set;
Silver crucible: 4 sets;
Ultrasonic cleaner: 1 unit;
Standard stock solution: 1 set (limited to conventional 8 elements).
上一页
Silicate Composition Analyzer
Model:
DHF84
Specifications:
Specifications:
这里是占位文字
Gross weight (KG):
The silicate component analyzer is equipped with a 7-channel automatic precise liquid addition system, a 6-element synchronous measurement system, and an automatic data processing system. It also features a new anti-interference technology developed by the company, allowing for large-scale, accurate, and rapid quantitative analysis of more than 20 elements. It has significant advantages in the field of silicate system analysis, and is particularly suitable for quantitative analysis in non-metallic industries such as ceramics, refractory materials, cement, and glass, as well as in the colored metal and smelting industries such as tungsten, molybdenum, nickel, cobalt, and copper.
Category：
You can send us an email：xtyqyb@163.com
InquireProduct Details
1、 Silicate Component Analyzer Overview
DHF84 Model Silicate Component Analyzer This is a new high-tech product developed based on the DHF83 multi-element rapid analyzer! It adopts a linear expansion and sensitivity improvement method, solving the problem of deviation from linearity in the analysis of high-component content and poor sensitivity in the analysis of low-component content by ordinary photometry! Using scientific research achievements, it has obtained a new national patent, No.: 201120329943.0, which is the company's proprietary intellectual property. Its high-precision liquid adding system has a liquid adding precision 3 times that of the DHF83 model, and the detection speed is 2 times that of the DHF83 model. The analysis is more accurate, faster, more intelligent, easier to operate, and less expensive! It is equipped with a 7-channel automatic precise liquid adding system, a 6-element synchronous measurement system, and an automatic data processing system. It is also equipped with the company's newly developed anti-interference technology, which can accurately and rapidly quantitatively analyze the content of more than 20 elements in a wide range. It has significant advantages in the field of silicate system analysis, and is particularly suitable for quantitative analysis in the non-metallic industries such as ceramics, refractory materials, cement, and glass, and the colored metal and smelting industries such as tungsten, molybdenum, nickel, cobalt, and copper. This product has been widely used in colleges and universities, research institutes, factories and mines, and is widely sold to Southeast Asia, Taiwan, China, etc., and has received good results.
2 Main Technical Parameters
2.1 Measurable Elements and Ranges
SiO2 0.01～99.9% Al2O3 0.01～99.9% Fe2O3 0.01～99.9% TiO2 0.01～99.9%
K2O 0.01～15% Na2O 0.01～15% CaO 0.01～99.9% MgO 0.01～99.9%
B2O3 0.01～30% ZrO2 0.01～99.9% Li2O 0.01～15% SnO 0.01～15%
PbO 0.01～99.9% ZnO 0.01～99.9% MnO 0.01～15% Cr2O3 0.01～15%
BaO 0.01～10% NiO 0.01～99.9% CoO 0.01～99.9% P2O5 0.01～30%
MoO3 0.01～99.9% V2O5 0.01～99.9% CuO 0.01～99.9% Mo 0.01～99.9%
If there are special needs, the lower limit of the measurement of some element components can be extended to 0.001%.
2.2 Types of Measurable Substances
2.2.1 Silicates and Aluminosilicates:
Ceramic raw materials (including glazes) and finished products, refractory material raw materials and finished products, glass raw materials (including microcrystalline glass) and finished products, main raw materials and finished products of cement, and other inorganic non-metallic materials, etc.
2.2.2 The following colored metal minerals and alloys and main components of chemical raw materials can be determined:
Chromium salt products, V2O5 products, MnO products, NiO products, titanium powder, phosphate, cobalt oxide, zinc oxide, boric acid, borax, barium carbonate, water glass, sodium humate, red lead, iron oxide, molybdenum trioxide, molybdate, molybdenum ore, ferromolybdenum alloy, molybdenum nickel alloy, nickel cobalt copper alloy, etc.
2.3 Sampling Channels: 7
2.4 Measurement Channels: 6.
2.5 Measurement Stability: The reading changes within ±2 digits within 5 minutes.
2.6 Test Repeatability: The reading of the same sample solution in 20 repeated measurements is ±1*
2.7 Detection Speed:
From the beginning of weighing, it takes about 2 hours to complete the determination of SiO2, Al2O3, Fe2O3, TiO2, K2O, Na2O, CaO, and MgO in 4 conventional samples. The determination of other elements can be completed within 4-6 hours.
2.8 Number of Continuously Measured Samples: More than 10.
3 Instrument Operating Conditions:
Power Supply 220V 50Hz
Total Power 1KW
Ambient Temperature 25±5℃
Relative Humidity ≤85%
4 Instrument Configuration:
DHF84 analyzer host: 1 unit;
Data processing system: 1 set (1 computer, 1 printer, 1 software);
Flame photometer: 1 set;
Silver crucible: 4 sets;
Ultrasonic cleaner: 1 unit;
Standard stock solution: 1 set (limited to conventional 8 elements).
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