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What are the unique advantages of high purity magnesium hydroxide?

What are the unique advantages of high purity magnesium hydroxide?

Recently, in the market research found that many rubber industries like to add magnesium oxide raw materials in the production, especially for high-purity nano-magnesium oxide demand is very large. Not only in the rubber industry, but also in the paint, plastic and even ceramic industries, high-purity nano-magnesium oxide is a popular necessity. So what magic does high-purity nano-magnesium hydroxide have to make these industries flock to it?

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2019

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Flame Retardants Make Electronic Devices Safer

Flame Retardants Make Electronic Devices Safer

Flame retardant science and technology is a science developed to meet the needs of social safety in production and life, prevent fires, and protect people's lives and property. Flame retardant is the application of flame retardant technology in real life. It is a special chemical additive used to improve the combustion performance of combustible and flammable materials, and is widely used in the flame retardant processing of various decoration materials. After the flame retardant processing of the material, in the external fire attack, can effectively prevent, delay or terminate the spread of the flame, so as to achieve the role of flame retardant.

28

2019

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Where are the multiple uses of aluminum hydroxide?

Where are the multiple uses of aluminum hydroxide?

In addition to aluminum hydroxide as a flame retardant, what other applications? 1. Used as a filler for carpet backing latex foams and adhesives The application of aluminum hydroxide in the carpet industry mainly uses the flame retardant filling performance of aluminum hydroxide. There are two kinds of latex in the blanket industry, one is adhesive and the other is foam. The carboxylated latex layer is an adhesive used to bond and secure the carpet fibers bound to the mesh backing.

24

2019

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Magnesium hydroxide market season is coming

Magnesium hydroxide market season is coming

As the peak season of magnesium hydroxide market demand is approaching, under the stimulation of recent price increases in foreign markets, China's magnesium oxide enterprises have announced price increases. Since the fourth quarter of 2018, the domestic magnesium oxide market has entered the off-season of demand, and the price is relatively low. At the same time, due to the impact of winter production restrictions, the operating rate of magnesium oxide enterprises has declined, and the industry has shown a trend of destocking. As a result, manufacturers' inventories are generally low and orders are full, and large enterprises are the first to announce price increases for domestic customers.

21

2019

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How do flame retardants work in fires?

How do flame retardants work in fires?

Environmental protection halogen-free flame retardants play three major roles in fires: 1. Covering effect; After adding environmentally friendly halogen-free flame retardants to combustible materials, a glassy or stable foam coating can be formed at high temperatures to isolate oxygen. It has the functions of heat insulation, oxygen insulation, and prevention of flammable gases from escaping outwards, so as to achieve the purpose of flame retardancy. Reason

19

2019

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Do you know the application of aluminum hydroxide in waste incineration

Do you know the application of aluminum hydroxide in waste incineration

Waste incineration treatment is often seen in our lives, waste incineration will emit two types of harmful substances and heavy metals. The quality of waste incineration directly affects our health. But did you know that aluminum hydroxide is also used in waste incineration? Calcined aluminum hydroxide can produce activated alumina, which is widely used as an adsorbent and catalyst carrier, and has the effects of promoting combustion, adsorbing two types of harmful substances, and inhibiting the dissolution of heavy metals in landfill incineration ashes. When the incinerator is operated in the range of 800~1000 ℃, the aluminum hydroxide becomes activated alumina. The specific surface area of activated alumina is

16

2019

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How to Make the Best Use of the Development of Magnesium Hydroxide Chemical Enterprises

How to Make the Best Use of the Development of Magnesium Hydroxide Chemical Enterprises

Magnesium hydroxide is a complex energy source and a non-renewable precious resource. The use of magnesium oxide resources must adhere to the general strategy of "cherishing resources and deep utilization. At present, according to the different characteristics of the reactivity of magnesium oxide in different conversion stages, the use of graded conversion is recognized as the most reasonable way to use magnesium oxide carbon resources. Therefore, it is necessary to adhere to the principle of graded utilization, and refine the useful part of magnesium hydroxide step by step through refining to maximize the best use of everything. The development of magnesium oxide chemical industry, especially the modern magnesium oxide chemical industry, is closely related to technology. We must always adhere to the principle of technology leadership, through the establishment of special funds, the formulation of support policies, vigorously develop the deep conversion technology of magnesium oxide, gradually master the core technology of magnesium oxide chemical industry, introduce and digest advanced international magnesium oxide technology, and continuously reduce production costs and energy consumption by insisting on technological upgrades To consolidate the advantages of the domestic magnesium oxide chemical industry. The realization of vertical integration and overall optimization is the necessary condition to improve the efficiency of magnesium oxide chemical industry. The vertical integration of magnesium oxide chemical industry chain should be strengthened, and magnesium oxide production enterprises should be encouraged to continuously extend the industrial chain to the downstream, so as to make full use of resources and achieve the goal of maximum benefit, optimal efficiency and minimum carbon dioxide and pollutant emissions. Generally speaking, when promoting the development of magnesium oxide chemical industry, we should not only adhere to the promotion of traditional advantageous industries of magnesium oxide, but also scientifically develop magnesium oxide deep processing projects, promote the coordinated development of magnesium oxide technology and modern magnesium oxide chemical industry, and explore the development path of magnesium oxide chemical industry with company characteristics.

14

2019

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Do you know the advantages of liquid flame retardants?

Do you know the advantages of liquid flame retardants?

With the development of domestic economy, the future development of liquid flame retardants will face great opportunities and challenges. Especially in the wood textile industry widely used. For the advantages of liquid flame retardants, do you know? Next for everyone to answer, hoping to help everyone. 1. The compatibility of liquid flame retardant with most commonly used textile finishing agents is good, and it will not cause the fabric performance of other treatment agents that have been used.

12

2019

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What are the preparation methods of aluminum hydroxide?

What are the preparation methods of aluminum hydroxide?

Aluminum hydroxide, both weak acid and weak alkali, has a wide range of applications in industry, can be used as a flame retardant, lubricants, etc., but how aluminum hydroxide is prepared, do you know. At present, there are two methods for producing aluminum hydroxide in industry, Bayer method and soda lime sintering method.

09

2019

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How do you think about the difference between magnesium hydroxide and aluminum hydroxide?

How do you think about the difference between magnesium hydroxide and aluminum hydroxide?

What are the differences between aluminum hydroxide and magnesium hydroxide? What are the aspects? Today, let's compare the differences between the two, hoping to help you. On the carrier: if the carrier is EVA, magnesium hydroxide can easily react with acetic acid, the decomposition substance of EVA.

07

2019

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Hefei Zhongke Flame Retardant New Material Co., Ltd

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