About JIS Z 8901 Class 10 Fly Ash
Scope : This Japanese Industrial Standard specifies both: the test powders which can be used for the dust separatio n test of a dust separtation test of a dust separator or an air filter, for the function test of various testers, and for wear test; and the test particles, which can be used for the calibration of light-scattering automatic particle counter, the test of particle collecting rate for super high performance air filter, and the calibration of an automatic counter of particulate materials floating in air.
Test Powder Class 4 and Class 9 The quality of test powders class 4 and class 9 (Talc) shall conform to the following items.Particle Density : Particle density shall be the value of 2.7 g/cm3 to 2.9 g/cm3 when measured according to the method in test.
FAQs
Q: What are Japanese Industrial Standard test powders used for?
A: They are used in dust separation tests, air filter function tests, wear tests, and other industrial evaluations.
Q: What is the specified particle density for Class 4 and Class 9 test powders?
A: The particle density must be within the range of 2.7 g/cm to 2.9 g/cm, measured according to the designated method.
Q: Can these test powders be used for calibrating automatic particle counters?
A: Yes, these test particles are suitable for calibrating light-scattering automatic particle counters and evaluating high-performance air filters.
Q: What standards do Class 4 and Class 9 powders conform to?
A: They conform to Japanese Industrial Standards, ensuring accuracy and reliability for various testing applications.
Q: Are there specific industries where these powders are essential?
A: Yes, they are widely used in industries such as air filtration, automotive testing, environmental monitoring, and laboratory research.
Exceptional Purity and StabilityOur JIS Z 8901 Class 10 Fly Ash boasts a 99% purity level, ensuring dependable and repeatable results in laboratory and industrial settings. The powder's stability under proper storage conditions guarantees longevity and consistent quality, making it a sound investment for any research or testing environment.
Trusted Supply Chain from IndiaManufactured and supplied by reputable exporters in India, this laboratory-grade fly ash meets stringent industrial requirements. Our comprehensive distribution network ensures prompt delivery and reliable service for customers globally, supporting a range of specialized projects.
FAQ's of JIS Z 8901 Class 10 Fly Ash:
Q: How should JIS Z 8901 Class 10 Fly Ash be stored to preserve its shelf life?
A: The product should be kept in dry, sealed storage conditions to maintain its stability and extend shelf life. Avoiding exposure to moisture and contaminants helps preserve its high purity and powdered form.
Q: What makes this fly ash suitable for industrial and laboratory testing?
A: Its high purity (99%) and precise powder grade make it ideal for applications requiring accurate, reproducible results. The material's consistency meets the demanding standards of both industrial and laboratory environments.
Q: When is it best to use JIS Z 8901 Class 10 Fly Ash in testing?
A: This product is best utilized whenever high-purity, laboratory-grade material is necessary for experiments, quality control, or analytical testing. Its reliable composition ensures effective performance in diverse testing timelines.
Q: Where is JIS Z 8901 Class 10 Fly Ash typically sourced from?
A: It is produced by established manufacturers and exporters based in India, ensuring a consistent quality supply with global distribution capabilities.
Q: What is the process for utilizing this fly ash in laboratory applications?
A: The fly ash can be carefully measured and incorporated into analytical procedures, mixing protocols, or testing equipment as required by the methodology. Its fine powder allows for precise dosing and homogeneous mixing.
Q: What are the main benefits of using this laboratory-grade fly ash?
A: The primary advantages include its reliable high purity, stable shelf life, and consistent performance, all of which are essential for achieving dependable results in industrial and laboratory studies.