Cabot launches new elastomer composite

On February 25, Cabot announced that the company has introduced a new elastomer composite (E2C) solution. As a pre-mixed composite material, the E2C solution uses patented technology to pre-mix the reinforcement material into an elastomer composite material, which aims to help tire manufacturers achieve sustainable and economical tire performance breakthroughs.
cabot

According to reports, the E2C solution can be used on existing tire production lines without additional investment.

Compared with conventional products, this solution requires fewer mixing stages, lower mixing temperature and shorter mixing cycle, which can not only significantly reduce tire manufacturing costs, but also improve production efficiency and help engineering tire users enhance transportation Capacity, increase production, and reduce downtime for changing tires each year, which can create potential benefits of up to $ 150 million per year.

David Reynolds, vice president of Cabot Corporation and general manager of the elastomer composites business,

said that this is Cabot's first officially commercialized E2C product, introducing innovative solutions for engineering tires. Working with existing customers, Cabot has proven that E2C can break through tire performance bottlenecks, shorten development cycles and reduce operational barriers to promote the commercialization of new products.

The first E2C product DX9730 introduced this time belongs to a new durability product series,

which aims to reduce tire field failures and significantly extend running time. DX9730 has extraordinary resistance to cutting, chipping and chipping, which can reduce unplanned downtime due to tire damage and service failure, and improve efficiency.
https://www.linkedin.com/company/china-defoamer
https://www.facebook.com/invelychem/

此博客中的热门博文

invely-defoamers

Why Foam could be so inconvenient ? A light foam is generally not problematic in most applications however heavy foaming can often lead to various processing problems. These problems range from inaccurate readings from control and measuring equipment such as temperature, level and density controllers to poor mixing of reactants in chemical reaction vessels and products hanging in the foam, all too often leading to losses in production. Finally the presence of foaming can give a bad image of the way a process is operated in the eyes of a customer. The presence of foam in discharged effluent can cause complaints from local people and authorities even if the foam is harmless to people and the environment. How do silicone defoamers work ? Foam is a gas dispersion in a liquid or solid continuous phase. Foam iscreated by the surfactants which are at the air/liquid interface. Therefore air bubbles occur and are stabilised by the surfactants. Today, silicone antifoams are thebest solution to a...

阅读全文

How do we assess antifoam efficiency ?

How do we assess antifoam efficiency ? Quality of an antifoam is given by two main characteristics : • Knockdown ability or shock effect :Meaning the speed to destroy an existing foam. • Persistence or durability : Meaning the efficiency over time. These two parameters can be assessed by several tests. The main test is the bubbling method. A graduated column with a glass frit in the bottom is required. Foaming water is poured in the column and air at constant flowrate is introduced through the glass frit in the column. Foam is generated by the air and starts to travel up the column. At a determined level of foam, antifoam is injected. By this method several antifoaming agents can be tested. A graph reporting foam height vs time is very helpful to establish the knockdown ability and the persistence for each product. The selected antifoam is the product with the best compromise between shock effect and durability Environmental performance Silicone antifo...

阅读全文

Defoamer Test Method

Defoamer testing methods are divided into dynamic defoaming and static defoaming tests. If your foaming environment is different, the recommended test methods are different. There are three main types of foam experiments to characterize the activity of defoamers. Persistence. As we have different experimental conditions in different laboratories and the experiments used in our research to obtain results from existing literature, we will introduce these experiments below. Other methods are sometimes used depending on the particular application. 1． Ross-Miles Foam Tester Features: Tested for strong foaming environments. This experiment is widely used for characterization (1) Foaming of surfactant solution (2) Research and application of foam stability in the presence of defoamer In the foaming system, the defoaming performance test was carried out by circulating bubbling by a Ros...

阅读全文

defoamer-antifoam

搜索此博客