09,11,2026 7 views
The 23rd China International Chemical Industry Exhibition (ICIF China 2026) will be held at the Shanghai New International Expo Center from September 15th to 17th, 2026. The theme of this exhibition is "Towards Innovation and Excellence, Jointly Transforming into a New Era", bringing together 767 domestic and foreign enterprises, covering fields such as energy and petrochemicals, new chemical materials, fine chemicals, safety and environmental protection, and showcasing the progress of China's energy and chemical industry's transformation towards green and intelligent development.
In the exhibition areas of "Chemical Reagents and Laboratory Equipment" and chemical safety,Hangzhou Yangyi Technology Co., LtdYangyi Technology (hereinafter referred to as "Yangyi Technology") brings professional solutions for chemical physical hazard testing and material thermal property testing, and highlights the differential scanning calorimeter DSC-40A on site.
Yangyi Technology was founded in 2006 and is a member of the laboratory business group under Zhejiang Instrument. It has been engaged in chemical and new energy testing for a long timeInstrumentResearch and development, production, and sales. The company's product line mainly revolves around five directions: thermal analysis and calorimetry, thermal testing of lithium batteries, combustion and explosion characteristics testing, physical and chemical parameter testing, and chemical physical hazard testing. From a technical perspective, its products often revolve around underlying capabilities such as temperature measurement and generation, test container preparation, instrument integration, and data analysis. These abilities are also reflected in the two sets of schemes exhibited this time: one focuses on compliance testing, and the other focuses on the study and quantification of material thermal behavior.
Chemical physical hazard testing plan: meets compliance testing requirements
At this exhibition, Yangyi Technology showcased its chemical physical hazard testing solutions, mainly aimed at hazardous chemical control and safety compliance scenarios. This plan includes equipment such as the 75 ℃ thermal stability/self heating substance tester HWP01-20S, solid combustion rate tester HWP02-10S, impact sensitivity tester HWP18-30S, metal corrosion tester HWP04-10S, BAM friction sensitivity tester HWP17-10S, and water release gas tester SEG-100A, which can be used for the classification and identification of chemical physical hazard characteristics and the acquisition of safety data. For fine chemical enterprises and third-party testing institutions, this solution helps them obtain the basic data required for compliance in chemical registration, transportation classification, and storage management.
Material Thermal Characteristics Testing Plan: From Process Safety to Product Quality
The professional solution for material thermal characteristic testing is more focused on the full chain support of material research and development, process optimization, and safety assessment. The solution brought by Yangyi Technology this time consists of an adiabatic acceleration calorimeter TAC-500A, a differential scanning calorimeter DSC-40A/40B, and an automatic oxygen bomb calorimeter ATC300A, covering different dimensions of testing requirements.
Adiabatic acceleration calorimeter TAC-500AMainly used to evaluate the self exothermic behavior of materials or systems under near adiabatic conditions, suitable for thermodynamic research and thermal hazard assessment in the fields of fine chemicals, pharmaceuticals, energetic materials, and polymer materials. It can provide data reference for process optimization, production scaling up, and accident analysis.
Automatic Oxygen Bomb Calorimeter ATC300AIt is biased towards the determination of energy content, and its application scenarios include the determination of coal quality calorific value for coal and electricity, the analysis of total energy for food and feedpetrochemicalPetroChina Coke andfuel oilThe determination of calorific value and the evaluation of calorific value of waste and alternative fuels in solid waste disposal serve to evaluate combustion efficiency, trade pricing, formula optimization, and incineration process guidance.
Differential Scanning Calorimeter DSC-40AIt is a product that focuses on on-site demonstrations and audience communication. This instrument is based on the principle of tower heat flow method, which measures the variation of heat flow difference between the sample and the reference sample per unit time with temperature or time under programmed temperature control. With a sample size of only milligrams, basic data such as specific heat, glass transition temperature, melting point, enthalpy of fusion, reaction heat and kinetics of thermosetting plastics, and gel conversion rate can be measured. It is applied in thermodynamic and kinetic research in fields such as polymer materials, biomedicine, inorganic non-metallic materials, petroleum, metallic materials, energetic materials, and food industry.
From the specific configuration, DSC-40A adopts a silver furnace body, with the design intention of improving heat transfer efficiency and reducing mutual interference between reference and sample; The heat flow sensor adopts an anti-oxidation substrate with a data acquisition frequency of 50Hz. The temperature control mode includes heating and isothermal modes; The software analysis function covers DSC Onset Point, Start Set Point, Endset Point, baseline, peak heat flux, glass transition temperature, peak area, enthalpy of heat absorption and release, peak temperature, extrapolated temperature, and specific heat. The instrument is equipped with a touch screen for operation and optimized through structural design to improve baseline stability. For application scenarios such as polymer materials, pharmaceuticals and food, energetic materials, and new energy battery materials, DSC-40A can be used for thermal properties and aging resistance characterization, purity and thermal stability testing, thermodynamic parameter determination, as well as thermal stability and phase transition characteristic analysis, providing a data foundation for material research and development, process optimization, quality control, and thermal risk prevention and control. In addition, this series of equipment also offers options such as DSC-40B. Users can expand the low-temperature mechanical refrigeration module and 60 position automatic sampling module according to their application needs, with a temperature control range covering -90~700 ℃, to meet different material testing requirements.
The solution exhibited by Yangyi Technology this time takes into account both the safety and compliance requirements in chemical production and the thermal analysis requirements in material research and development in terms of positioning. In the future, the company will continue to improve its product lines such as thermal analysis and calorimetry, lithium battery thermal testing, and chemical physical hazard testing, serving material research and development, process optimization, safety compliance, and production control in the fields of fine chemicals, new materials, new energy, hazardous chemical control, and dust explosion prevention.
