· The purchase restriction policy boosts the proportion of new energy vehicles or rises to 1%
According to reports, the data shows that last year China produced a total of 23.722 million vehicles, and new energy vehicles accounted for only about 0.5%. With the recent development of environmental protection and other actions, more and more cities will adopt a method of restricting purchases and restrictions on the problem of governance and blocking. New energy vehicles enjoy preferential policies such as free number plates or individual shake numbers in cities with limited purchases. Undoubtedly, it will be a thrust to force the development of new energy vehicles, and the city of limited purchase will also become the "main battlefield" of new energy vehicles.
Last year, new energy vehicles achieved more than 70,000 production and sales, a three-fold increase over the same period of last year. This year, with the favorable policies and other incentives, the proportion of new energy vehicles in China's automobiles is expected to increase to 0.8%-1%. The safety of new energy vehicles for automobiles The requirements for energy-saving and other performance are relatively high, which poses greater challenges to the application of automotive steel, which will mainly drive the growth of demand for high-strength steel and silicon steel. Measuring the amount, or pulling the amount of steel used in automobiles, is nearly 300,000 tons. Although the total amount is still small, the new energy automobile industry has taken a step closer in the Chinese market. If steel companies want to seize opportunities in the new energy vehicle market, they must increase their research and development efforts, change the product structure, and meet the requirements of automobile manufacturers for steel quality and environmental protection of raw materials.
A pigment Thickening Agent, also known as a rheology modifier or thixotropic agent, is a type of chemical substance that helps in controlling the viscosity and flow properties of paints, inks, and other pigment-based products. These agents can increase the viscosity of the mixture without changing its other properties such as color, opacity, or drying time.
The primary function of a pigment thickening agent is to prevent the sedimentation of pigments over time, ensuring a more consistent product quality. This is particularly important for products where the pigment concentration is high. Here are some common types of pigment thickening agents:
1. Polymeric Thickeners: These are large molecules made from polymers that form networks within the paint, providing stability and viscosity.
2. Organic Thickeners: These include substances like bentonite, carboxymethyl cellulose (CMC), and polyvinyl alcohol (PVA). They are often used because they are compatible with a wide range of pigments and solvents.
3. Inorganic Thickeners: Examples include clays like bentonite and kaolin. They work by absorbing water and swelling, which increases viscosity.
4. Hydroxyethylcellulose (HEC): A type of cellulose derivative that can be used to thicken aqueous systems. It's biodegradable and food-grade.
5. Cellulose Ether Derivatives: Such as hydroxypropyl methylcellulose (HPMC) and methyl cellulose (MC), which are used in both waterborne and solvent-based systems.
6. Polyacrylates: Synthetic polymers that can be used to adjust viscosity and stabilize dispersions.
7. Silicones: These can be used to modify the surface properties of pigments, affecting their dispersibility and the final viscosity of the mixture.
Choosing the right thickening agent depends on several factors including the type of pigment, the solvent system, the desired viscosity, and the environmental impact considerations. It's crucial to test different agents under similar conditions to ensure compatibility and optimal performance.
Pigment Printing Thickener,Thickener For Pigment Printing,Paint Thickener
Guangzhou Quanxu Technology Co Ltd , https://www.skyelecteflonheater.com