Xiongfa XF-1200D Solid Density Meter is a large-capacity solid hydrometer, suitable for density testing of large parts that cannot be damaged or cut . It is composed of German precision sensors and Xiongfa 's professional specific gravity accessories. Using Archimedes buoyancy method, accurate, direct reading measurement value , large range, large capacity . The main engine is imported from Germany, with high precision, high stability, automatic weight calibration, and automatic environment adjustment function. It can instantly display the density value, the test is simple, fast and effective, and it is suitable for high-precision detection of density.
1. The relative relationship between the compressive or tensile strength of the product and the overall density. Large parts cannot be split and tested. The influence of the cut surface during the split test will cause inaccurate density measurement .
2. It is a specific gravity meter for measuring large parts. It is different from the general hanging type measurement method and is designed to use a large specific gravity measuring platform.
3. The space of the internal sink reaches 24*17*12cm. The actual usable space is 24*16*10cm [non-standard custom-made large sink and large bracket] .
4. The maximum weighing capacity can reach 2000g/0.01g, and the density resolution is 0.001g/cm 3 .
5. Testing density can point out changes in material composition or product flaws, such as cracks or air bubbles .
XF-1200D solid density meter is suitable for motor vehicle parts, aerospace parts, large mechanical parts, seals, rubber plastics, EVA foam, shoe soles, metallurgical industry, forging industry, fireproof materials, powder metallurgy, sporting goods , hardware products, hard alloys, precious metal products, key laboratories, materials research laboratories.
XF-1200D solid density meter complies with ASTM D792, ASTM D297, GB/T1033, GB/T2951, GB/T3850, GB/T533, HG4-1468, JIS K6268, ISO 2781, ISO 1183, GB/T4196, GB/T4123, GB/T5586, JB/T778 and other standard specifications.
