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End-of-year inventory: new chemical technologies and products in 2015
Publisher:admin Date:2019-07-29 Number of visits:1403

In order to seek new development and solve production problems, many chemical enterprises are also committed to the research and development of new technologies in 2015. Many technologies have made significant breakthroughs, and launched a number of new products. Bayer Material Science and Technology launched a high-efficiency polyaspartic acid paint.

At the European International Paint Exhibition, Bayer Material Science and Technology launched PASQUICK, a new leading brand of polyaspartic acid technology. The product reduces the use steps to ensure that construction time and labor costs are saved. The flexibility of the contractor's work cycle has also been greatly improved, and the project can be completed even under time constraints. At the same time, due to the high efficiency of the product, manufacturers can sell a large number of polyaspartic acid coatings.

Jordan Powder Coatings has launched two new series of environmental protection products:

The Aurora Collection Aurora Aurora Aurora Collection Aurora Series has the application characteristics of both aluminium and steel. The excellent and stable spraying technology can perfectly shield the surface defects of any base material. In terms of energy consumption, it can reduce water consumption by 40 times, electricity consumption by 10 times and natural gas consumption by 20 times. Ultra Shine, a new generation of imitation plating products, is a sustainable alternative process for plating technology, aiming at minimizing energy and water consumption while reducing workers'health risks. In addition to increasing capacity by 10 times, it can also reduce operating costs by up to 70%.

New chemical foaming materials have been developed by Shandong University of Technology.

Shandong University of Science and Technology said that a new type of chemical foaming material, polyurethane chemical foaming agent, developed by the University and Zibo Zhenghua Co., Ltd., has excellent comprehensive performance, green environmental protection and can replace all physical foaming agents containing chlorofluorocarbons.

Basf developed a new type of polyamide 6 powder for laser sintering process:

BASF announced that it is working with selective laser sintering and melting equipment manufacturer Huashu Hi-Tech and additive manufacturing equipment support and field service provider Laser-Sinter-Service (LSS) to develop a customizable 3D printing integrated solution covering materials, printers, technology and services.

Liquid materials with permanent porous structures are available:

The Joint International Research Group claims to have synthesized the world's first liquid material with a permanent porous structure. This liquid has a very strong ability to absorb and dissolve gases. It is expected to improve the reaction efficiency of many chemical reactions and be used in carbon capture scenarios. This three-year research project paves the way for many more environmentally friendly and efficient chemical reaction processes.

Zyvex introduced a new toughening agent for epoxy resin composites:

Zyvex technology has released a new product in ZNT system, the toughening agent ZNT-boost for carbon fibre-glass fibre reinforced epoxy resin composites. It is said that the use of ZNT-boost can improve the toughness of materials up to 100%, the stiffness and strength of materials up to 30%. This toughening agent can be easily used in standard composite processing without changing the production process or the formulation of catalyst and curing agent.

PetroChina independently developed residue hydrogenation catalyst and successfully applied it:

Fixed bed residue hydrogenation catalysts (PHR series) independently developed by China Petroleum and Petrochemical Research Institute (CPPI) were successfully started up in the residue unit of Dalian West Pacific Company, filling in the technical gap of CNPC residue hydrogenation catalysts. After years of hard work, the Institute of Petrochemical Industry has successfully developed six new catalysts preparation technologies, such as flexible pore structure control and non-uniform distribution of active metals. Four series and twelve brands of residue hydrogenation catalysts with gradient, bimodal, smooth and centralized channel integration characteristics have been designed and developed, and various catalysts have been realized. Optimized gradation of functions.

WQF series latent curing agent for epoxy resin was introduced in Shanghai.

WQF series latent epoxy resin curing agent produced by Shanghai Wujing Chemical Technology Co., Ltd. is widely praised for its good compatibility with epoxy resin, fast curing speed and complete curing. The series of products currently have WQF-11, WQF-18, WQF-10, WQF-6, WQF-6506 and other brands of products.

New chemical foaming materials have been developed by Shandong University of Technology.

Shandong University of Science and Technology said that a new type of chemical foaming material, polyurethane chemical foaming agent, developed by the University and Zibo Zhenghua Co., Ltd., has been successfully developed. The foaming agent has excellent comprehensive performance, green and environmental protection, and can replace all the physical foaming agents containing chlorofluorocarbons. This indicates that our country has surpassed the developed countries such as Europe and America in this field, and will have a significant impact on the development of the world polyurethane industry and related industries.

Haimings new generation non-ionic associative rheological additives:

RHEOLATE < HX6008 and RHEOLATE < HX6050 are the latest generation of non-ionic associative polyether polyurethane rheological additives in Haimingster Chemistry. They not only provide the rheological properties required by the system, but also have the feasibility to reduce the cost of formulation and simplify the formulation. Hemingus RHEOLATE < HX6008 and RHEOLATE < HX600 have wide applicability to water-borne resin system.

Key technologies for the manufacture of polyfluorinated and high purity lithium hexafluorophosphate crystals have been identified.

The key technology of producing high purity lithium hexafluorophosphate crystal with multi-fluorine and multi-fluorine has been identified by the Ministry of Industry and Information Technology and the China Petroleum and Chemical Industry Federation. Solving the technical bottleneck of lithium ion battery electrolyte production, realizing the localization of lithium hexafluorophosphate crystal, filling the gap of domestic lithium hexafluorophosphate crystal products, replacing imports.

New microporous materials can adsorb a variety of pollutants:

Dalian Institute of Chemicals, Chinese Academy of Sciences

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