Dc-7 Bio-Based Plasticizer

DC-7 bio-based plasticizers are one of the chemical products in this world. Their main components are quite complex, mostly derived from biomass materials, to replace traditional petrochemical plasticizers, so as to achieve environmental protection and sustainable purposes. The main components of such plasticizers, one of which is derived from vegetable oil. Such as soybean oil, palm oil, etc., through a series of chemical reactions, substances with plasticizing function can be obtained. Edge vegetable oil is rich in unsaturated fatty acid glycerides. After epoxidation, esterification and other changes, a suitable molecular structure can be obtained, and the flexibility of the material can be added. For example, after soybean oil is epoxidized, its epoxy groups can interact with the polymer to increase the compatibility between molecules and make the material supple. The second is bio-polyester. It is formed by polycondensation of renewable bio-based diols and dibasic acids. Such polyesters have good thermal stability and mechanical properties, and can be mixed into polymers to improve their processing properties and physical properties. Take polylactic acid-butylene adipate as an example. Its bio-based content is high, and when blended with polyvinyl chloride and other polymers, it can effectively plasticize, and reduce the impact of the material on the environment. Furthermore, sugar derivatives are also common components. Such as glucose, sucrose, etc., can be chemically modified to obtain products with plasticizing effect. Sugar molecules have polyhydroxy structures, which can form hydrogen bonds with polymers, enhance interfacial bonding force, and cause plasticization. For example, after etherification and esterification of glucose, it can be used as a new type of bio-based plasticizer to improve the processing and use properties of some natural polymer materials. In summary, DC-7 bio-based plasticizers are mainly composed of vegetable oil-derived, bio-polyester, sugar derivatives, etc. By means of various biomass sources and chemical means, they have obtained good plasticizing efficiency and environmentally friendly characteristics, and have broad prospects in the field of materials science.

DC-7 bio-based plasticizer is mild, non-toxic and harmless, and can be used in all kinds of products. In the industry of Guanfu rubber and plastics, this agent shows its talents. For polyvinyl chloride (PVC) products, such as soft pipes, artificial leather, wallpaper, etc., adding DC-7 bio-based plasticizer can increase its flexibility and plasticity, make the product soft to the touch, and has good cold resistance. Even in cold conditions, it is not easy to crack. Let's talk about coatings and inks. DC-7 can improve its leveling, make it evenly applied, and have a bright color. And because it is derived from bio-based, it is more environmentally friendly. The coatings used in interior decoration can reduce the volatilization of harmful substances and protect the health of the living environment. As for the field of adhesives, this agent can enhance the stickiness, improve the bonding effect, and has good durability. Whether it is paper, leather bonding, or wood splicing, it can be competent to make the bonding strong and lasting. In terms of medical supplies, DC-7 bio-based plasticizers are suitable for some medical plastic products, such as infusion tubes, blood bags, etc., to ensure the safety of the medical process, without the risk of harmful substances seeping out, and to protect the health of patients. In summary, DC-7 bio-based plasticizers are useful in many products such as rubber and plastics, coatings, inks, adhesives and medical supplies, and are actually beneficial materials in industrial production.

DC-7 bio-based toughening agent has many advantages. Looking at its material, it is derived from the biological base. This is a thing made in heaven, which is in line with the way of nature, and is different from all chemical synthesizers. With its bio-based quality, it is outstanding at the end of environmental protection. At present, everyone attaches great importance to the protection of the environment. This thing does not produce filth and is harmless to living beings. It can make mountains and rivers ever clear, and rivers and seas are always green. Furthermore, its toughening effect is wonderful. Among all kinds of materials, if this agent is added, it can make things that are originally brittle and flexible. Like the moisture of the wood, although it bears weight and pressure, it does not break, although it is subject to strong earthquakes. And when it is toughened, it does not damage the inherent firmness of the material, just like a wise man assisting a country. When the country is prosperous, it does not lose the strictness of the discipline, so that the strength and toughness of the material can be combined, and it can meet all kinds of needs. And its stability is good, it is not afraid of changes in cold and heat, and it is not afraid of invasion by dryness and dampness. The hot sun in the summer cannot transform it; the ice and snow in the cold winter cannot crack it. Between the four seasons of reincarnation, it always maintains its nature. If the frost and snow of pine and cypress are cold and strong, it can make the auxiliary materials last for a long time without damage, and it can be used Looking at its compatibility, it can be seamlessly integrated with all kinds of materials. No matter the genus of gold, wood, plastic, or pottery, it can be combined with it, and it is like one. Like a good minister, it can be used to make all kinds of materials complement each other and develop their capabilities together to become a wonderful tool in the world. It is actually a good material for creation, a treasure for helping the world. In the industry of materials, it has the ability to turn things around, and the power to rise and fall. It is a rare wonder.

For DC-7 bio-based plasticizers, if you want to understand their environmental performance, you can observe the following things. This plasticizer is derived from raw materials, which is the beginning of environmental protection. Those who cover bio-based are mostly taken from renewable biomass, such as vegetable oils, starches, etc. Compared with traditional petrochemical plasticizers, they are at the end of resource sustainability and are inherently long-lasting. Its life also consumes less non-renewable resources, and it is a treasure to protect the earth for future generations. Furthermore, look at its manufacturing process. Good people should use green chemistry to do it, use less toxic and harmful reagents, reduce waste emissions, and reduce energy consumption. If so, it will cause little damage to the environment. And the reaction conditions are mild, and it is also conducive to energy conservation and emission reduction. Also check its use. DC-7 bio-based plasticizers are used in products when they have low volatility. Cover volatile substances, or enter the atmosphere, causing harm to the air, causing haze and fog disturbance, and it is also unfavorable to human breathing. If it can be stable in the product and less scattered outside, it can ensure the cleanliness of indoor and outdoor air. The section on toxicity is crucial. Environmentally friendly plasticizers should be non-toxic or low-toxic, and should not be harmful to life. Those used in food packaging and medical supplies should be especially careful. There is no risk of teratogenicity, carcinogenicity, and mutation, so as to ensure the safety of people and all things. And its biodegradability cannot be ignored. Once discarded, if it can be decomposed by microorganisms and attributed to the natural cycle, it will not accumulate in the environment, and it will not stay in the world for a long time like traditional plasticizers, causing trouble to mountains, rivers, lakes and seas. In summary, if you want to know the environmental protection performance of DC-7 bio-based plasticizers, you should study their source, observe their production, observe their use, test their toxicity, and test their degradation, and then know their contribution to environmental protection.

Today, there are three differences between DC-7 bio-based plasticizers and traditional plasticizers. First, the source is different. Traditional plasticizers are mostly derived from petrochemical products, which are limited, and the energy consumption in the process of obtaining them is quite large, which also disturbs the state of the universe. And DC-7 bio-based plasticizers are obtained from natural biomass, such as plant oils, starches, etc., which can be regenerated and follow the natural life. It is continuously taken and beneficial to the ecological balance. Second, there are different sexual characteristics. DC-7 bio-based plasticizers have good biocompatibility, enter the body, and produce less rejection. They are used for products that are closely related to the body, such as medical equipment, food bags, etc., which can protect personal safety. Traditional plasticizers are slightly inferior here, or contain harmful substances, which may be damaged for a long time. And DC-7 bio-based plasticizers have good thermal stability. In high temperatures, they produce less decomposition and volatilization, which can protect the quality of products. Third, the ring effect is different. DC-7 bio-based plasticizers are easily decomposed by microorganisms, abandoned in the world, do not accumulate in soil and water, and less dye the universe. Traditional plasticizers are difficult to degrade, remaining in the world for a long time, causing pollution to the environment and harming the ecological order. In summary, DC-7 bio-based plasticizers are very different from traditional plasticizers in terms of origin, sexual characteristics and environmental effects. They are a better choice and meet the needs of current environmental protection and life protection.