CM‑3 Rotary Rubbing Fastness Tester
The CM‑3 rotary rubbing fastness tester is suitab ...
The Auto PF1000 Automatic Textile Formaldehyde Tester uses warm‑water extraction to isolate free and hydrolyzable formaldehyde from textiles. Formaldehyde undergoes a specific color‑developing reaction with acetylacetone reagent under constant‑temperature conditions to form a stable pale‑yellow colored complex. The depth of the solution color is proportional to the formaldehyde concentration. The instrument detects absorbance with a light source at the specific wavelength of 412 nm and automatically calculates the formaldehyde content in textiles against the standard curve.
Overall Principle: Water Extraction Method + Acetylacetone Spectrophotometric Method (GB/T 2912.1‑2009/ISO 14184‑1:2011 Textiles)
Warm water is used to extract free and hydrolyzable formaldehyde from textiles. Under constant‑temperature conditions, formaldehyde undergoes a specific chromogenic reaction with acetylacetone reagent to form a stable pale‑yellow coloured complex. The depth of the solution colour is proportional to formaldehyde concentration. The instrument detects absorbance using a light source at the specific wavelength of 412 nm, and automatically calculates the formaldehyde content in textiles against the standard curve.
GB/T 2912.1‑2009 Textiles — Determination of formaldehyde — Part 1: Free and hydrolysed formaldehyde (Water extraction method)
ISO 14184‑1:2011 Textiles — Determination of formaldehyde — Part 1: Free and hydrolysed formaldehyde (Water extraction method)
Technical Parameters:
1. Mainly applicable to textiles with free formaldehyde content ranging from 20 mg/kg to 3500 mg/kg.
2. Formaldehyde detection limit: 20 mg/kg.
3. Water‑bath temperature: 40℃±2℃.
4. Light source wavelength: 412 nm.
5. Wavelength indication error: ±2.0 nm.
6. Wavelength repeatability: ≤3.0 nm.
7. Instrument measuring range: 10 mg/kg ~ 600 mg/kg (dilution is required for values beyond this range).
8. Repeatability (RSD%): <3.0% (75 mg/kg, n=5).
9. Noise and drift (%): ≤1.0%.
10. Oscillation speed: adjustable from 1 to 100 rpm/min.
11. Water‑bath oscillation time: 60 min±2 min.
12. Pure water dosing accuracy: 100 mL±1 mL.
13. Filter pore size: 40 μm±0.2 μm.
14. Sampling accuracy: 5 mL±0.03 mL.
15. Acetylacetone dosing accuracy: 5 mL±0.03 mL.
16. Water‑bath color‑development time: 30 min±1 min.
17. Partial parameters such as water‑bath temperature and time can be flexibly set according to users’ actual requirements.
18. Four‑channel simultaneous filtration and sampling; dual‑channel simultaneous detection.
19. Stable standard calibration working curve with automatic fitting.
20. 24 oscillation stations and 72 detection stations support flexible alternating detection, with a daily throughput of up to 144 samples.
21. Full‑process automation (except sample weighing), including liquid dosing, cap handling, constant‑temperature water‑bath oscillation, sample filtration, quantitative liquid extraction, color‑reagent addition, constant‑temperature water‑bath color development, and automatic detection.
22. Intelligent cleaning function to eliminate cross‑contamination between samples.
23. During operation, the system monitors and judges each procedure in real time to ensure automatic measurement by the device.
24. Equipped with instrument status indicator lights to display real‑time operating status.
25. Emergency‑stop switch for quick shutdown of functional modules in case of abnormal operation.
26. Monitoring and reminder function for acetylacetone solution consumption.
27. Automatic report generation; supports automatic data record retrieval by the LIMS system.
28. Multiple report templates with customizable formats; complete output modes (Excel, PDF, Word).
29. Power‑on self‑test, network connection, automatic diagnosis, and automatic fault‑cause prompting.
30. Modular operation of each functional module for flexible configuration based on actual test requirements.
31. Adjustable water‑bath heating duration and shaking rate as required.
32. Adjustable volume of added color‑developing reagent as required.
33. Adjustable water‑bath heating and heat‑dissipation duration as required.
34. Real‑time access to historical data and recall of saved standard working curves.
35. Real‑time logging of instrument operating events for convenient status traceability and fault troubleshooting.
36. Real‑time display of sample status and spectra.
37. Real‑time saving of measurement data to prevent data loss.
38. Optional blank subtraction as needed.
39. Adjustable number of significant digits for test results as required.
Instrument Configuration
1. Main unit: 1 set
2. 250 mL conical flasks with caps: 48 sets
3. 15 mL test tubes: 144 pieces, with 2 corresponding sample racks
4. Pure‑water container: 1 piece
5. Waste‑water container: 1 piece
6. Water‑bath container: 1 piece
7. Workstation software: 1 set
8. Product manual, product certificate of conformity, warranty card
Intelligent
Realize full‑process automation for textile formaldehyde determination (excluding sample weighing), including liquid addition, lid placement and removal, water‑bath constant‑temperature oscillation, as well as sample filtration, quantitative liquid sampling, color‑reagent addition, water‑bath constant‑temperature color development, automatic detection and other procedures. During product operation, the system monitors and judges the operations of each step in real time to ensure excellent automatic measurement performance of the device.
Efficient
The detector adopts micro‑processing error‑free T/A conversion technology. It can hold up to 72 samples and perform dual‑channel simultaneous detection to achieve accurate, fast and automatic measurement. The split‑type water bath enables flexible alternating operation for different batches of samples. Based on an 8‑hour daily working period, the product can complete automatic measurement of 144 samples.
Reliable
Auto PF1000 uses an LED light source featuring high wavelength accuracy, good monochromaticity, low stray light, low power consumption, high luminous efficiency and long service life. The measuring device delivers favorable long‑term stability and good consistency in the slope of the standard calibration working curve, enabling long‑term accurate system measurement. One‑time preparation of the standard calibration working curve supports measurement of all samples of the same day, cutting down the time consumed by repeated device standard calibration.
Convenient
The self‑developed operating system is simple, intuitive and user‑friendly. Running on mainstream industrial control computers, the system is stable, reliable and highly anti‑interference, with easy‑to‑implement hardware and software upgrades in later stages. Complete report output modes can satisfy report requirements of most testing institutions. The software boasts strong scalability, and various new functions can be customized according to customer demands, such as connection to the LIMS system or remote data transmission.

The CM‑3 rotary rubbing fastness tester is suitab ...

The Auto PF1000 Automatic Textile Formaldehyde Tes ...

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