August 2023


What is the role and mechanism of water

role and mechanism

We often see concrete used on construction sites and in home improvement. However, you may not know that adding a water-reducing agent to concrete is a very important step. So, why do we need to add a water-reducing agent to concrete, and what is the function and mechanism of this additive? Next, we will reveal the answers for you.

First of all, let us understand what is water water-reducing agent.

Water reducing agent is a chemical additive, and the main component is a surfactant. It can greatly reduce the amount of water required for concrete, thus improving the strength and durability of concrete. Using this additive can save the amount of cement, reduce the cost of concrete, and improve the quality of construction.

So, what's the purpose and function of the water-reducing agents?

Particularly, they include the following elements:

1. The effect of surfactants on water is reducing The surfactant that is contained in this water reducing ingredient may be applied to the surface of cement particles, causing them to become more dispersed, thereby reducing the demand for water in the concrete.

2. Dispersing effect Water-reducing agents will make the water within the concrete spread more uniformly, which can prevent the possibility of drying locally and settling.

3. Reduced water-water absorption: These agents reduce the amount of pores present in concrete, thereby improving its permeability and endurance.

The development history of water-reducing agents:

1. The first generation of water-reducing agent

Ordinary water reducing agent (water reduction rate 8%), also known as plasticizer; the main representative of the lignosulfonate system (sodium lignosulfonate, calcium lignosulfonate, magnesium lignosulfonate, etc.).

2. The second generation of water-reducing agent

High-efficiency water-reducing agent (water reduction rate 14%), also known as superplasticizer; the main representative of the naphthalene system, melamine system, amino sulfonate system, and aliphatic system.

3 .Third generation water reducing agent

High-performance water-reducing agent (water reduction rate 25%); the main representative of polycarboxylic acid water-reducing agent, which can be divided into early-strength type, standard type, and slow-setting type.

In short water-reducing agent play an important role in concrete. It will not only increase the durability and strength of concrete, but also reduce concrete needed and cut costs. This is why water-reducing agents are an essential chemical ingredient in construction.


Black technology products in the building material

building material

The building materials industry is embracing black technology to reveal the hidden costs of road building.

In the road construction industry and other engineering constructions, it is necessary to cure the foundation. The traditional hardened cement foundation is not only very expensive, but also easily cracked. Soil curing agents, a black-science and technology product used in road construction materials, are the first choice of investment for low carbon environmental protection building material.

Through mixing and compacting, soil curing agents can be added to soils, which will make them cohesion-cure instead of cement or gravel. This reduces the cost and saves resources. The compressive and density strength of cured earth are significantly improved. This makes the soil roadbeds with excellent bearing capacity, and a preferred material for road construction at low costs.

1. Role of soil stabilisers

A soil curing agents function is to alter the physical and chemistry properties of the soil, making it more solid and stable. This will improve the road's bearing capacity and durability.

The application of soil curing agent is extremely wide. They can be used for road and transportation construction, such as highways or railroads. The agent can be applied to pave roads, repair road bases and increase the bearing capacity. Additionally, soil curing chemicals can be used for land remediation and restoration to improve soil conditions and the environment.

2. The advantages of soil cure agent

Soil curing agent is made with eco-friendly and low-carbon construction technology. The primary ingredient of the product is a polymer. It is more eco-friendly and will not pollute soil or the environment than other soil curing materials. It is eco-friendly and offers many benefits. First, it allows for the rapid development of roads. Second, the cured dirt will increase bearing capacity. Additionally, the soil curing agents will reduce the amount of potholes on the surface and subsidence. They also increase the life expectancy of the road as well as decrease maintenance costs.

3. Construction simple and easy to use

The use of soil-curing agent is simple in certain applications. It can be completely mixed with soil before construction. To achieve the best cure, you can adjust the amount and ratio of the soil curing agent during construction. After construction, the curing agents will play their role and you can expect a sturdy and durable road surface.

Since the development of low-carbon green construction materials, people have been gradually favoring cement replacement products. It is possible to use soil curing agents for many applications. For example, they can be used as a road construction material or soft base treatment.


What is EBS Ethylene Bis Stearamide

EBS Ethylene Bis Stearamide

What emulsion is?

Ethylene bis stearamide Ethylene-bis-tyramide is an organic chemical. In the last few decades, the compound has been widely used in the plastic manufacturing industry. It's mainly used to increase the smoothness of surfaces and the anti-friction qualities. This article will discuss in depth a range of Ethylene Bis Stearamide related elements.

EBS ethylene-bis-ceramide is a high melting point of synthetic wax; the two polar bonds maintain a high degree of equilibrium; its inherent structure plays a unique compatibility and solubility and can be used as most of the thermosetting, thermoplastic plastic lubricants, and external lubricants, is a good pigment dispersant, can make the operation go smoothly, and to improve the quality of the final product.

What is Ethylenebis Stearamide

Ethylene Bis Stearamide (EBS) is a plastic lubricant that was invented in recent years. It is used extensively in the manufacture and production of PVC products ABS and polystyrene rubber with high impact, polyolefins as well as other products. It allows for plastic molding. It increases the efficiency of the plastic processing and lowers energy usage. This property is relevant in particular to plastic shells used for household appliances, instruments and engineering plastics. Combining lubricants with other greases can have a significant synergistic affect. Disperse components such as colorants and fillers into plastics.

Structure and properties of EBS ethylenebisstearamide

Ethylenebis Stearamide has a molecular mass of 61107. It is described as a white or yellow powder with the formula C38H74N2O2. The structure of the compound is composed of two amides that are joined by two stearic groups. The amide groups have a high polarity and lubricity. This makes ethylene bis stearate a good material for compatibility with plastics and for lubrication.

EBS Ethylene Bis Stearamide is a material with a melting point of 140-150degC. It flows well in its molten condition. The viscosity and melting point of this substance are dependent on the temperature. Ethylene Bis Stearamide also has good chemical and thermal stability, and it is not easily broken down at temperatures that are normal for plastics processing.

EBS Ethylene Bis Stearamide Production Method

Presently, there are only two methods to produce ethylene bis (ceramide). The first is made by amidating the stearic and ammonia. The second is made by amidating the stearic and ethylenediamine. Comparing the two methods, the second has mild reactions, and a stable quality. This is why the industrial production uses it extensively.

EBS Ethylene Bis Stearamide Applications

The activator is suitable for synthetic resins, plastics of all kinds and also other types. Release agent for mold. Pigment dispersant. Anti-adhesion agent. Lubricants. Agents that enhance the gloss or surface of rubber, as well activators. Paint. Additives for ink, etc.

It is a grease. EBS offers excellent mold release and external and internal lubrication. It reduces processing energy and increases durability. It can be used to produce PVC, ABS, PE, PS and PP resins.

EBS, a dispersant suitable for plastics, is commonly used in PVC, ABS, high-impact PS and other products. It can also be used with lubricants, resulting in a powerful synergistic impact. In the rubber industry, it is used as a mold-removal agent, an antiadhesion material and a surface treatment.

It's a great lubricant . Ethylene Bis Stearamide has been widely used to manufacture a wide range of plastic products. Addition of this material to plastics can improve the finish, smoothness, anti-friction, and other properties of these materials.

PVC Products Ethylene Bis Stearate Amido is a lubricant that's used in PVC. It can be used to improve the surface quality of PVC products by improving the fluidity.

ABS Products Ethylene Bis Stearamide is a fluid that can be used as both an external and interior fluid. This fluid can be used to improve mechanical properties and the surface of the ABS product.

Products made from polyolefin Ethylene bis Ceramide could be used to lubricate polyolefins. It would improve their anti-friction, processing, and wear properties.

Engineered plastics In engineering plastics, ethylene bis-stearamide can be added to increase processing efficiency as well as physical properties.

Ethylene Bis Stearamide, aside from being used as a plastic, can be added to other materials such as inks or coatings that exhibit high levels of lubricity. It also has anti-adhesive qualities, improving the physical properties and processing characteristics of the material.

Ethylene bis Stearamide - The latest development

Ethylenebis Stearamide's demand increases every year, due to the rapid expansion of the plastics sector and the advancement in quality standards. Future studies and research on Ethylenebis Stearamide are aimed to meet the market's demands and improve the quality of products.

The development of new manufacturing methods: Researchers will continue to explore innovative production methods to increase production efficiency and product quality.

In the near-future, multifunctional additives are being developed. The stearic acids amide derived from ethylene is not a single lubricant. It will be created with the goal of being multifunctional. The performance and flexibility of the ethylenebis stearamide will be improved by combining it with other additives.

Environmental protection, sustainability and Ethylene Bis Stearamide With a growing awareness about the importance of protecting our environment and the necessity to develop sustainable solutions in the future, environmental protection and sustainable Ethylene Bis Stearamide use are likely to be the main focus for research. For example, studies on how to minimize waste and pollution emissions during the manufacturing process of EDSA as well as how to reuse or recycle materials made from EDSA.

The plastics industry is constantly evolving and advancing, which has led to the development of new technologies. ethylene bis-ceramide The future of development will be dominated by, as an essential additive and lubricant.

EBS Emulsion Ethylene Bis Stearamide Supplier can be contacted for more information.


Types of Concrete Additives

concrete additive

concrete additives are substances that are added to concrete before or during the mixing process. They can lower construction costs and alter the properties of hardened concrete. They are usually liquid and are available in a ready-to-use form, which means they can be mixed into concrete at the factory or on-site. They are available in different types and have unique characteristics to serve specific needs. Some of the most common concrete additives are water reducing admixtures, air-entraining agents, concrete deflocculants, set retarding admixtures and coloring admixtures.

Water reducing admixtures are used to reduce the amount of water needed in concrete mixes without affecting its consistency. They make concrete more workable and are especially useful with larger projects. Some of the most popular water reducing admixtures include polycyclic derivatives and phosphates.

Another type of concrete additive is an early strength-enhancing agent, which helps the concrete develop its initial strength faster. This is a great benefit when working in cold weather since it allows finishing operations to start sooner. This type of admixture is typically made from silica dust, which is created as waste during the manufacturing of ferro-silicon and silicon metals. It also has special pozzolanic properties, which give it a high interaction with water-reducing and plasticizing admixtures.

Retarding admixtures slow the chemical reaction known as cement hydration during the early stage of the setting process. This is helpful in reducing the effects of high temperatures, which can speed up the setting process and prevent concrete from curing properly. They are usually calcium chloride, sulfate-based or organic amine and come in different concentrations to achieve the desired result.

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