Product Description
Being a customer oriented firm, we are instrumental in supplying and exporting a huge range of Arsenic Determination Apparatus. These apparatuses are used for the estimation of arsenic by the method which uses the formation of a complex between arsine and silver diethyldithiocarbamate. Our Arsenic Determination Apparatus is designed by professionals as per the set industry norms using supreme grade materials. We offer these apparatuses at most industry leading prices so that every customer can avail their benefits.
Features:
- Easy operation
- Portable design
- Rust proof body
Further Details:
Comprising of 100ml bottle and inner fitting. The arsenic tube is in two parts with ground flange ends and can be connected together by means of a spring or rubber bend.
Premium Borosilicate Glass ConstructionBuilt from high-quality, autoclavable borosilicate glass, the apparatus ensures durability and resistance to thermal shock. This premium material maintains sample integrity and delivers consistent results, aligning with rigorous laboratory standards.
Comprehensive and Easy-to-Assemble KitEach kit arrives with all needed componentsflask, absorption tube, reaction bottle, delivery tubes, stoppers, and rubber fittingsensuring quick assembly. The transparent white design aids visual monitoring of experiments, enhancing accuracy in arsenic determination.
Versatile Applications Across Sample TypesSuitable for testing water, food samples, biological and environmental specimens, the apparatus provides flexibility for research and safety checks. Laboratories, manufacturers, suppliers, and traders can depend on its manual, non-powered operation for a wide range of analytical processes.
FAQs of Arsenic Determination Apparatus:
Q: How is the Arsenic Determination Apparatus assembled and used?
A: The apparatus comes as a complete kit with detailed instructions for quick assembly. Simply connect the vapour generator, absorption tube, and flask with the provided connectors. Add your prepared sample, heat to the desired temperature (up to 150C), and follow the standard manual protocol for arsenic detection.
Q: What makes the glass quality suitable for laboratory and sterilization procedures?
A: The apparatus is made of premium borosilicate glass, which is autoclavable, chemically resistant, and capable of withstanding high thermal variations. This quality ensures reliability in laboratory environments and allows for easy dismantling and thorough sterilization after each use.
Q: When should this apparatus be used for arsenic measurement?
A: This apparatus is ideal when accurate, manual arsenic quantification is required in water, food, biological samples, or environmental testing. Its design makes it suitable for routine laboratory analysis, field testing, and quality assurance processes adhering to IS standards.
Q: Where can the Arsenic Determination Apparatus be employed?
A: It can be utilized in academic, industrial, or environmental laboratories, as well as by manufacturers, exporters, importers, and suppliers across India who require reliable trace arsenic detection in various sample types.
Q: What is the cleaning and sterilization process for the apparatus?
A: After use, the glassware can be easily dismantled for cleaning. Rinse thoroughly with suitable laboratory cleaning agents, and sterilize using autoclave techniques, thanks to its borosilicate construction. Ensure all rubber and polyethylene components are cleaned as per manual guidelines.
Q: What benefits does manual operation provide over automated arsenic analyzers?
A: Manual operation eliminates reliance on power sources, supporting use in remote or resource-limited settings. It allows for greater control over the testing process and cost-effective maintenance, while still meeting IS standard accuracy requirements.
Q: What is the typical capacity of the flask, and are other sizes available?
A: The included conical flask typically has a 100 ml capacity, suitable for standard test volumes. Other sizes are available on request to accommodate different testing needs.