SUS Certified Reference Materials

1 series aluminum CRMs

2 series aluminum CRMs

3 series aluminum CRMs

4 series aluminum CRMs

5 series aluminum CRMs

6 series aluminum CRMs

7 series aluminum CRMs

8 series aluminum CRMs

Fe-based Certified Reference Materials

Ni-Based Certified Reference Materials

Cu-Based Certified Reference Materials

Al-Based Certified Reference Materials

Mg-Based Certified Reference Materials

Sn-Based Certified Reference Materials

Pb-Based Certified Reference Materials

Fe-based Certified Reference Materials

Ni-Based Certified Reference Materials

Cu-Based Certified Reference Materials

Al-Based Certified Reference Materials

Mg-Based Certified Reference Materials

Sn-Based Certified Reference Materials

Pb-Based Certified Reference Materials

Fe-based Certified Reference Materials

Ni-Based Certified Reference Materials

Cu-Based Certified Reference Materials

Al-Based Certified Reference Materials

Mg-Based Certified Reference Materials

Sn-Based Certified Reference Materials

Pb-Based Certified Reference Materials

Fe-based Certified Reference Materials

Ni-Based Certified Reference Materials

Cu-Based Certified Reference Materials

Al-Based Certified Reference Materials

Mg-Based Certified Reference Materials

Sn-Based Certified Reference Materials

Pb-Based Certified Reference Materials

Reliable Component Cleanliness Extraction Equipment

Ease of operation

Controlled extraction environment (laminar flow cabinet)

Programmable setting capabilities

Less human errors involved

No risk from environmental cross contamination

Reduced risk of operator contamination

Fit your available space and size of components

Carbon: 0.0001%-10.0000% (can be expanded to 99.9999%)
Sulfur: 0.0001%-3.5000% (can be expanded to 99.9999%)
Convenient, practical, reliable
Automatic burner cleaning device
It adopts multi-level hidden circuit
Spectral characteristics of high efficiency
Automatic detection of solenoid valve
Simplify design, smaller size

The 4th Generation High Performance Metal Analyzer

CMOS-based, spark discharge, metal detection

Ultra-low limits of detection

High integration, reliability, stability

Lowing operating cost and easy maintenance

Vacuum optical chamber and low argon consumption

Argon jet technology to optimize small sample analysis

Standardized parameter modification

Maximum 30+ elements

High nitrogen (N) analysis 0.03-0.9%