Dry and Wet Retroreflection Measuring Instrument (for Dry and Wet Retroreflectometer)
Standards
EN ISO 20471:2013
ANSI/ISEA 107-2015
GB 20653-2006
GB/T 18833
Main uses
Dry and wet sand abrasive wear testing machine is mainly used to evaluate the wear resistance of materials in dry and wet sand abrasive environment. By simulating the wear environment of dry sand or wet sand in actual working conditions, the testing machine can quantitatively test the wear resistance of different materials. This kind of equipment has a wide range of application value in material research and development, product quality control, industrial production and other fields.
Specifically, the main uses of dry and wet sand abrasive wear testing machines include:
Material research and development; In the development process of new materials, wear-resistant parts are an important performance index. Dry and wet abrasive wear testing machines can help developers quickly and accurately evaluate the wear resistance of new materials, thereby guiding the optimal design of materials.
Industrial production: In industrial production, many parts need to have good wear resistance to ensure product stability and service life. By using dry and wet sand abrasive wear testing machines to test parts, it can help enterprises screen out materials and processes with good wear resistance, thereby improving product quality.
Quality control: Dry and wet abrasive wear testing machines are also widely used in product quality control. Through the wear resistance test of the products produced, the unqualified products can be found and treated in time to ensure that the products flowing to the market have good resistance.
Support Services
1 English Manual
2 Certificate of Quality
3 Remote Online Support
4 Breakdown Support
5 Applications Support
6 12 months warranty
7 CE, ISO 17025 Certificate
8 7 * 24 Service
9 Spare Parts
10 Training
11 Installation
Applicable standards
Dry and wet abrasive wear testing machines usually need to follow certain standards and specifications when testing. Here are some common applicable standards:
ASTM Standards: Standards developed by the American Society for Materials and Testing (ASTM) include content related to dry and wet abrasive wear testing. For example, the ASTM G65 standard may specify specific methods and requirements for abrasive wear tests of dry-sand rubber wheels; The ASTM G105 standard may specify specific requirements for abrasion test methods for wet sand rubber and rubber wheels. These standards specify parameters and requirements such as loading methods, abrasive types, test cycles, and data recording during the test process.
B Ash standard: China's machinery industry standard (B Ash) may also contain content related to dry and wet abrasive wear tests. For example, the JB/ 7705 standard specifies the rubber wheel method in the wear test method for loose abrasive particles, which can be used to evaluate the wear resistance of materials in dry sand environments. In addition, JB/T 9396 and other standards may specify the size of the sample, fixture design and other specific requirements.
When conducting dry and wet sand abrasive wear tests, it should be ensured that the selected standards are consistent with the test purposes and requirements, and the test methods and steps specified in the standards are strictly operated. At the same time, it is also necessary to pay attention to the calibration and maintenance of the testing machine to ensure the accuracy and reliability of the test results.
Specifications
Light resource：Standard Light A, color temperature 2856K
Illuminometer: 0.01lux~200klux (Equipped with machine)Optical
detectorAngular aperture: δく12′
observation angle a：12′ ~2° adjustable,accuracy:6′
angle of incidence β：0° ~40° adjustable,accuracy:1°
Sample holder：Available to accurate locate between first spindle β 1 and
Sample holder second spindle β2
Thedistancefromopticaldetector to specimen surface：15m (need 15 darkroom); Configure thelaser rangefinder
Nozzle diameter：1.19mm, to produce a conical and steadywater column for water pipe
Nozzle distance to specimen：1000mm
Sample holder device：Specimen size: 150*150mmor 50*50mm
Spray water speed：284mm/h
Time control：0-99.99min, accuracy:0.01min
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