HTD-120GY density meter adopts the Swiss original electromagnetic sensor. The density effective data is accurate to 0.0001g/cm3. At the same time, the density of solid and liquid is measured. The measurement accuracy is high, the operation is simple, the application range is wide, the measurement types are various, and the functions are complete. Applicable materials science research, chemical engineering research, new material research, quality inspection institutions, research institutes, new formula research and development, small product density testing, high density product density testing.

Standards

According to the ASTM D792、 ASTM D297、 GB/T1033、GB/T2951、 GB/T3850、 GB/T533、 HG4-1468、 JIS K6268、 ISO 2781、ISO 1183、GB/T9867、DIN-53516、ISO-4649、GB/T1689、GB/T1689、GB/T 611、GB/T11540、 GB/T2206、 GB/T5518 standards etc.

Application
It is suitable for the field of rubber, plastics, tires, shoe materials, wire and cable, electrical appliances, packaging materials, sporting goods, sports equipment, glass products, hard alloys, metal materials, powder metallurgy, magnetic materials, precision ceramics, refractories, minerals and rocks, new materials research laboratory. fine chemical industry, chemical solutions, modern energy, petroleum fuels, chemical reagents, paints and coatings, asphalt, inks, resins, chemical oils, edible oils, beverages, and dairy products etc.
 
Technical parameter
1. Density analysis: 0.0001 g/cm3
2. Max weighing: 120g
3. Min weighing: 0.0001g
4. Measurement range: 0.0001-99.9999g/cm3
 
Feature
1. Using modern microelectronics technology combined with the Archimedes principle to directly read various solid materials, the density (specific gravity) value of the liquid solution
2. The measurement is stable and the data is accurate. It only needs two steps to directly read the density value, saving a lot of test time.
3. Solid: The use of water as a measuring medium is economical and practical; at the same time, the instrument has a solution compensation function, and other liquids can also be used as a measuring medium to meet the testing requirements of different materials.
  Liquid: no affected by thermal expansion and contraction; easy to clean; wide measuring range, covering almost all flowable liquids, density measurement range 0.001-7.800 g / cm3.
4. High density accuracy, improve product quality, real-time testing to find problems early, reduce product defect rate. Liquid measurement is a dynamic measurement. When the density is measured, the formulation of the liquid is changed at any time, and the density value is changed and updated, and the correctness of the adjustment formula is verified in real time.
6, Any solid matter can be measured: such as particles, floating bodies, cakes, foam, powder and other similar products. Solids with a density greater than 1 and floats less than 1 can be tested. The samples with density less than 1 are equipped with anti-floating frame, and the particles are equipped with tennis balls. The factory standard configuration meets different needs without the need to purchase accessories again.
 The measurement liquid is convenient to sample, and the sample to be tested only needs about 50CC, or less sample. Volatile liquids, viscous liquids can be quickly tested; for corrosive liquids, strong acid and strong alkaline liquids, optional corrosion-resistant accessories.
7, Fast and unobstructed, free of flip cover design, reduce the step of a cover can save time and improve the ease of operation.
8. The measuring cup is easy to clean and is not restricted by the small diameter of the pycnometer; it can also be reused or replaced with other measuring cups of similar size.
9. It has the actual water temperature compensation function, which can adapt to the changes of the ambient water temperature in spring, summer, autumn and winter, and reduce the measurement error.
10. It adopts a one-piece large-capacity PC material sink (length 15.3 cm × width 10.7 cm × height 8.0 cm) to meet different size sample tests; different sizes of sinks can be customized for larger batches of samples).