Product Description
Introduction:
Textile Formaldehyde Tester is Used To Test Formaldehyde Content In Various Fabrics.
Textiles Formaldehyde Tester Fine-Grained Textiles Are Extracted In A Water Bath At 40 ° C For A Period Of Time. Formaldehyde Extracted From The Fabric Is Absorbed By Water And The Extract Is Developed With Acetylacetone (yellow). The Yellow Compound Has A Visible Selective Absorption, So The Use Of Colorimetric Analysis Method Can Be Measured In The Textile Formaldehyde Formaldehyde Content Of Samples Tested.
Technical Parameters:
| Work Mode | Microcomputer Control |
| Test Range | Transmittance: 0% -100% Absorbance: 0-2.0 Formaldehyde Content: 0 -500mg / Kg |
| Wavelength Range | 300-1000nm (Can Be Adjusted) |
| Wavelength Accuracy | ± 3nm |
| Wavelength Repeatability | ± 1nm |
| Light Source | Super Highly Bright Light Emitting Diode, Wavelength 412nm |
| Power Supply | Single Phase, 220v, 50hz |
| Weight | 10kg |
| Dimension(Lx W X H) | 475x315x155mm |
Principle:
Textile Formaldehyde Tester Of Formaldehyde In The Air Reacts With The Phenol Reagent To Form The Oxazine. The Oxazine Is Oxidized In The Acid Solution By High-Iron Ions To Blue-Green Compounds. According To The Color Depth, - See More At:
Advanced and Accurate Formaldehyde DetectionThis machine combines microprocessor control with spectrophotometric detection, achieving exceptional accuracy for formaldehyde measurement in textiles. Its digital LCD display provides clear, real-time data, and its compliance with international standards ensures reliable results for regulatory and quality control purposes.
Robust and Safe Laboratory EquipmentDesigned with durability in mind, the chamber is constructed from corrosion-resistant stainless steel. The system also integrates critical safety features, such as automatic overheat and overpressure protection, delivering safe and long-lasting use even in busy industrial or laboratory settings.
FAQs of Textile Formaldehyde Testing Machine:
Q: How does the Textile Formaldehyde Testing Machine ensure accurate measurement results?
A: The machine utilizes a microprocessor-controlled spectrophotometric principle paired with a distillation extraction method, enabling precise formaldehyde quantification in textile samples. It features an accuracy of 2% and delivers consistent results in approximately 30 minutes per test.
Q: What types of textile materials can be analyzed with this machine?
A: This testing machine can measure formaldehyde content in a wide range of textile materials, including fabric, yarn, and garments, with each test accommodating specimen sizes of approximately 100mm x 50mm.
Q: When is it necessary to test formaldehyde levels in textiles?
A: Formaldehyde testing is essential during textile production, after dyeing, finishing processes, or prior to distribution and export, ensuring compliance with safety regulations and international standards like AATCC 112 and ISO 14184-1.
Q: Where is the Textile Formaldehyde Testing Machine most commonly used?
A: This equipment is ideal for use in textile testing laboratories, industrial textile quality control departments, and is frequently adopted by manufacturers, exporters, dealers, and suppliers across India for reliable formaldehyde analysis.
Q: What is the process for conducting a formaldehyde content test with this machine?
A: To perform a test, place 1-4 prepared textile specimens in the included holder, follow the distillation extraction procedure, and utilize the spectrophotometric system. The digital LCD display will present results after approximately 30 minutes.
Q: How does the machine safeguard users and samples during testing?
A: It incorporates overheat and overpressure protection, alongside a robust stainless steel construction, ensuring the safety of both operators and specimens throughout the testing process.
Q: What are the benefits of using this formaldehyde testing machine for textile quality control?
A: The main advantages include rapid and accurate results, compliance with global standards, versatile application across different textiles, and enhanced safetyall contributing to improved product quality and regulatory approval.