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  • Ceramic Ball

    Ceramic Ball

    Ceramic ball is also known as porcelain ball, which are widely used in petroleum, chemical, fertilizer, natural gas and environmental protection industries. They are used as the support material and packing material in the reactors or vessels. 

  • Hydrogen Peroxide Production Material 2-ethyl-Anthraquinone

    Hydrogen Peroxide Production Material 2-ethyl-Anthraquinone

    This product is specially used for the production of hydrogen peroxide. The anthraquinone content is higher than 98.5% and the sulfur content is less than 5ppm. The product quality will be sampled and inspected by a Third-Party Inspection Institute before delivery to ensure that the quality meets the requirements of customers.

  • Activated Alumina for H2O2 production, CAS#: 1302-74-5, Activated Alumina

    Activated Alumina for H2O2 production, CAS#: 1302-74-5, Activated Alumina

    The special activated alumina for hydrogen peroxide is X-ρ type special alumina for hydrogen peroxide, with white balls and strong ability to absorb water. Activated alumina for hydrogen peroxide has many capillary channels and large surface area. At the same time, it is also determined according to the polarity of the adsorbed substance. It has a strong affinity for water, oxides, acetic acid, alkali, etc. It is a micro-water deep desiccant and an adsorbent that adsorbs polar molecules. 

  • DDI, CAS: 68239-06-5 Dimeryl Diisocyanate, Dimeryl-di- isocyanate

    DDI, CAS: 68239-06-5 Dimeryl Diisocyanate, Dimeryl-di- isocyanate

    We have developed a low-toxic dimer acid diisocyanate (DDI) by using bio-renewable raw materials and innovative technology in response to the high toxicity of commonly used isocyanates in the domestic market and serious harm to the human body. The indicators have reached the level of the US military standard (MIL-STD-129). The isocyanate molecule contains a 36-carbon dimerized fatty acid long chain, and is liquid at room temperature. It has many advantages such as low toxicity, convenient use, soluble in most solvents, controllable reaction time and low water sensitivity. It is a typical green bio-renewable special isocyanate variety, which can be widely used in military and civilian fields such as fabric finishing, elastomers, adhesives and sealants, coatings, inks, etc.

  • TOP, Tris(2-ethylhexyl) Phosphate, CAS# 78-42-2, Trioctyl Phosphate

    TOP, Tris(2-ethylhexyl) Phosphate, CAS# 78-42-2, Trioctyl Phosphate

    It is mainly used as a solvent of hydro-anthraquinone in the production of hydrogen peroxide. It can also be used as flame retardant, plasticizer, and extractant. Trioctyl phosphate has high solubility of hydro-anthraquinone, high distribution coefficient, high boiling point, high flash point and low volatility.

  • Hydrogen Peroxide Stabilizer

    Hydrogen Peroxide Stabilizer

    The stabilizer is used to improve the stability of hydrogen peroxide. The product is acidic and soluble in water. It can be used in organic synthesis to improve the stability of hydrogen peroxide in the process of chemical synthesis.

  • Pilot Reactor for PX Oxidation continuous experiment

    Pilot Reactor for PX Oxidation continuous experiment

    This system is used for the continuous PX oxidation reaction, and can be used for the simulation of the tower type and the kettle type in industrial production. The system can ensure the continuous feeding of raw materials and the continuous discharging of product, and meet the continuity requirements of the experiment.

    The system adopts modular design concept, and all the equipment and pipelines are integrated in the frame. It includes three parts: feeding unit, oxidation reaction unit, and separation unit.

    Using advanced control technology, it can meet the special requirements of complex reaction system, high temperature and high pressure, explosiveness, strong corrosion, multiple constraint conditions, and difficult control and optimization that are unique to PTA production. Various instruments and online analytical instruments have high accuracy and sensitivity, and meet the requirements of less error in the experiment. The layout of various process pipelines in the system is reasonable and easy to operate.

    The equipment and pipes, valves, sensors and pumps in the system are made of special materials such as titanium TA2, Hc276, PTFE, etc., which solves the problem of strong corrosiveness of acetic acid.

    PLC controller, industrial computer and control software are used for automatic control of the system, which is a safe and efficient experimental platform.