High- frequency carbon and sulfur determinator - CS996

We manufacturer carbon&sulphur analyzer., Time of analysis:, 25 to 60 seconds, could be adjusted. Around 35 seconds usually - more info check here: http://www.buymeasuringtools.com/High-frequency-carbon-and-sulfur-determinator-10060666/

Quick Brief

Place of Origin: Jiangsu China (Mainland) Brand Name: JB Model Number: CS996 Electronic scale: Precision of read: 0.0001g working system: same with LECO analysis accuracy: high and stable

Product Features:

We manufacturer carbon&sulphur analyzer.

Time of analysis:

25 to 60 seconds, could be adjusted. Around 35 seconds usually

Business Terms:

Port: Shanghai, Shenzhen

Minimum Order Quantity: 1 Piece/Pieces

Supply Ability: 15 Piece/Pieces per Week

Payment Terms: L/C,T/T,Western Union,PayPal

Contact Supplier

High- frequency carbon and sulfur determinator

Specifications and Product Details:

Professionally producing carbon and sulphur analyzer.

Wuxi Jiebo Electrical Technology Co.,Ltd, is a manufacturer on analysis instruments. We have been working in this market for over 15 years.

acceptance standard

1. Repeatability

Select steel of one standard sample (Carbon mass fraction in 0.400%-1.000%,sulfur content in 0.020%-0.080%) operating according to instrument instructions, with high-frequency furnace continuous testing 7 times, The difference between the maximum and minimum of test results should be less than or equal to 1.5r. The r with the following formula to calculate:

Carbon,lgr = 0.52121lgω-1.9617

sulfur, lgr = 0.62212lgω-1.9965

the r mean repeatability, ω mean the value of the material under test.

2. Accuracy

Select steel or iron of standard sample(carbon mass fraction in 0.003%-4.500%, sulfur mass fraction in 0.002%-0.100%) take the high, medium and low three kinds of samples, operating according to the instruction of high-frequency furnace and correction, after correction every standard material test 3 times, taking the average, carbon and sulfur should be less than or equal to the calculated values of ,see the following formula: