carbon rod furnace

carbon rod furnace

Ingredients of carbon rod furnace

carbon rod furnace ingredients
carbon rod furnace’s microspectroscopy technology-an authoritative chemical material formulation analysis agency-national CMA certification.

1. Microspectroscopy technology business: [component identification]: each component is quantified, quickly and accurately analyze the composition of the sample, and issue a qualitative and quantitative table of all components; [formulation testing]: through large-scale instrument testing of the substance, the structure of the spectrum is established, and the electrode is restored Paste ingredients, provide reference for relevant raw materials; [Performance improvement]: By selecting target substances to compare, find different raw materials to achieve product performance improvement; [Fault analysis]: Foreign matter analysis, solve chemical product fault diagnosis, such as product defect, spray Frost spit white, provide quality diagnosis; [physical and chemical test]: ash/burning residue, tensile strength (longitudinal), volume resistance, thermal performance, combustion performance, neutral salt spray test and other test items.

2. Microspectral analysis function:

[Product development]: Used for product research and development, it can shorten the research and development cycle by 30%-80% and reduce the technical cost by 5%-20%. [Formulation improvement]: It can detect new product formulations, which can be used to guide the formulation improvement and process improvement, and the efficiency is 20%-50% higher than the self-exploring efficiency. [Beyond rivals]: It can detect the formulas of competitors in the same industry, so as to “understand” and surpass competitors in a short time. [Industrial Diagnosis]: Through the comparative analysis of good products and defective products, the reasons for product quality failures can be found to provide ideas for industrial diagnosis.

3. Microspectral analysis range: rubber and plastic polymers: plastic cloth, car tires, rubber strips, UV-curable inks, high-temperature coatings, etc.; Fine chemicals: complexing agents, *deboiling powder, accelerators, nutrition Liquid and so on.

4. Why choose the microspectral analysis formula?