loading

Profesional manufacturer & supplier for test equipment & analytical instruments since 2003.

DHF84 multi-element rapid analyzer ceramic raw material detection analyzer 1
DHF84 multi-element rapid analyzer ceramic raw material detection analyzer 1

DHF84 multi-element rapid analyzer ceramic raw material detection analyzer

The DHF8 multi-element rapid analyzer adopts a unique method of linear expansion and sensitivity improvement, which solves the problem that the high component content will deviate from the linearity and the sensitivity of the low component content will be poorly analyzed by ordinary photometric method.

Product Introduction:

It is a new high-tech product developed on the basis of DHF83 multi-element rapid analyzer. Using new scientific research achievements, it has obtained a new national patent, patent number: 201120329943.0, which is the company's unique intellectual property rights. Its high-precision dosing system is 3 times the dosing accuracy of DHF83 type, and the detection speed is 2 times that of DHF83 type, which makes the analysis more accurate, faster, more intelligent, simpler to operate, and less costly. It is equipped with a 7-channel automatic and accurate liquid dosing system, a 6-element synchronous measurement system, an automatic data processing system, and is equipped with the anti-interference new technology developed by the company. It can analyze the content of more than 20 elements in a wide range, accurately and quickly, which has significant advantages in the field of silicate system analysis. It is especially suitable for the quantitative analysis of non-metallic industries such as ceramics, refractories, cement, glass and non-ferrous metals such as tungsten, molybdenum, nickel, cobalt, copper and smelting industries. The product has been widely used in colleges and universities, scientific research institutes, factories and mining enterprises, and is widely sold in Southeast Asia, Taiwan, China and other countries and regions. All received good results.

    oops...!

    no product data.

    Go to homepage

    Main technical parameters:

    1.Elements and ranges can be measured:

    • Silicon SiO2  0.0199.9%           aluminum Al2O3 0.0199.9%          iron Fe2O3  0.0199.9%
    • Titanium TiO2  0.0199.9%        potassium K2O  0.0115%               sodium Na2O  0.0115%
    • Calcium CaO  0.0199.9%          magnesium MgO 0.0199.9%         boron B2O3 0.0130%  
    • Zirconium ZrO2  0.0199.9%      lithium Li2O  0.0115%                   tin SnO  0.0115%
    • Lead  PbO  0.0199.9%               zinc ZnO   0.0199.9%                     manganese MnO 0.0115%    
    • Chromium  Cr2O3 0.0115%      barium BaO 0.0110%                     nickel  NiO  0.0199.9%
    • Cobalt  CoO  0.0199.9%            phosphorus P2O5  0.0130%          molybdenum MoO3  0.0199.9%
    • Vanadium  V2O5 0.0199.9%      copper CuO  0.0199.9%                 molybdenum Mo 0.0199.9%
    • tungsten W  0.01~99.9%

    If there is a special need, the lower limit of the measurement of the content of some elements can be extended to 0.001%.

    2.The type of substance that can be measured

    2.2.1 Silicon, aluminates:

             Ceramic raw materials (including glazes) and finished products, refractory raw materials and finished  products, glass raw materials (including glass-ceramic) and finished products, cement main raw materials and finished products, and other inorganic non-metallic materials, etc.

    2.2.2 The main components of the following non-ferrous metal minerals and alloys and chemical raw materials can be determined:

             Chromium salt products, V2O5 products, MnO products, NiO products, titanium dioxide, phosphate, cobalt oxide, zinc oxide, boric acid, borax, barium carbonate, sodium sodium humate, lead, iron oxide, molybdenum trioxide, molybdate, molybdenum ore, molybdenum ferroalloy, molybdenum-nickel alloy, nickel-cobalt-copper alloy, etc.

    2.3 Sampling channels: 7

    2.4 Measurement channels: 6.

    2.5 Measurement stability: Measure the change in readings in 5 minutes ± 2 words.

    2.6 Test repeatability: the same sample solution was measured in 20 replicates, and its reading ±1 pass rate was 100%

    2.7 Detection speed:

          The determination of SiO2, Al2O3, Fe2O3, TiO2, K2O, Na2O, CaO, and MgO in 4 conventional samples can be   completed in about 2 hours from the start of self-weighing. The determination of other elements can be completed within 4~6 hours.

    2.8 Number of samples measured continuously: 10.

    3. Instrument Working Conditions:

    •     Power supply 220V 50Hz
    •     The power of the whole machine : 1KW
    •     Ambient temperature :25±5°C
    •     Relative humidity≤85%

    4. Instrument Configuration:

    •    DHF84 analyzer host: 1 set
    •    Data processing system: 1 set (1 computer, 1 software);
    •    Flame photometer: 1 set
    •    30ml silver crucible: 4 sets
    •    Ultrasonic cleaner: 1 set
    •    Standard Stock Solution: 1 set (regular 8 elements only)
    We Supply After-Sales Service For 24 Hours, 7 Days Per Week.
    info@servereal-instruments.com
    +86-18014755745
    no data
    Related Products
    no data
    Profesional manufacturer & supplier for test equipment & analytical instruments since 2003.
    Contact Us
    Add: Suolide Science & Technology Industry Park, No.151, East Chunhui Road, Wuxi, China
    Contact Person:
    Mr. Patrick.Chuang
    info@servereal.com
    WhatsApp/wechat: +86-18014755745


    Copyright © 2025 Serve Real Instruments - | Sitemap
    Customer service
    detect