CMI Marketing Visionary

As countries across the globe lays emphasis on renewable energy, solar photovoltaic glass have started to gain major attention. Photovoltaic glass is comprised of transparent semiconductor-based photovoltaic cells that are sandwiched between two sheets of glass. There are two major types of solar photovoltaic glass. These include the crystalline diodes and the silicon-based solar panels. Both are capable of providing solar energy to a structure but crystalline ones can offer a more stable solution for use in building and architecture where metal or wooden materials can be incorporated into the frame of the building. Silicon-based panels are much more flexible and can be used in conjunction with metal or wood materials to build the roof of the building as well as other parts of the structure. Many people are starting to see the benefits of using solar photovoltaic glass for the purpose of commercial buildings and homes. There are several advantages to the use of this technology in resi...

The liquid packaging is used to protect the merchandise from becoming contaminated and damaged, particularly for consumable products like liquids and food. The packaging provides a good solution for all types of products to safeguard against spoilage. These liquids are generally stored in glass bottles and are available in various sizes. There is a huge demand for packaging of liquid that can be reused shortly, due to its highly useful feature. The industry is growing at a fast pace all over the world because of the numerous benefits it provides by meeting the increasing requirements of customers. The liquid packaging is used to protect the merchandise from becoming contaminated and damaged, particularly for consumable products like liquids and food. The packaging provides a good solution for all types of products to safeguard against spoilage. These liquids are generally stored in glass bottles and are available in various sizes. There is a huge demand for packaging of liquid that can...

Lead acid batteries are considered to be the oldest type of rechargeable battery with widespread use in industries. Lead acid batteries include battery terminals, separators, cells, plates, and containers. Despite having a very low energy-to-volume ratio and low energy-to-weight ratio, its ability to supply high surge current means that the cells have a relatively large power-to-weight ratio. Low cost and high power-to-weight ratio make lead acid batteries attractive for their use in the automotive industry. In the automotive industry, a lead acid battery is referred to as a starting, lighting, & ignition (SLI) battery used to ignite a vehicle's engine and supply electric current to the vehicle. Moreover, it provides voltage to vehicle accessories such as wipers, radio, and charging plugs, music player, etc. Increasing demand for lead acid batteries from various industries, such as chemical, mining, oil and gas, manufacturing, telecom, and automotive is expected to boost the ...

Urethane is a polyamine mixture of quartz, silver, tin, calcium carbonate, and other elements. It is cured through heating with a mixture of nitrogen and carbon dioxide. The urethane is then sprayed on a smooth or textured surface to be plated. The urethane provides high-quality plating results in a variety of colors matching the steel or aluminum material being plated. Urethane surface coatings , also known as urethane plating coatings, are highly high-priced, high-performance coatings that aren't noted for low Tempering, low-bond, poor abrasion resistance, poor weathering and impact resistance, and no-fog features. It is intended to last longer than many other forms of plating because it has such a strong mechanical and chemical sealing component to resist moisture, grease, and salt spray. It can also resist oil, grease, and corrosion. There are two basic types of urethane products available, either acrylic or hydroxy urethane. Acrylic urethane is much more flexible than hydro. I...

Minimally invasive surgeries are characterized by smaller incisions made in the patient’s body for surgical treatment of a disease or condition, causing less trauma to the patient and faster recovery time. Types of minimally invasive surgery include, robotic surgery and non-robotic minimally invasive surgery (endoscopic). One such type of minimally invasive surgery is named cuff-propagation therapy. This involves the use of ultrasound waves to excite fluids within the body, thus causing them to migrate into the capillaries and increase blood flow in the area. The cuff-propagation report provides details of how this is performed and what types of fluids are commonly used. Another type of minimally invasive surgical instrument is the electrosurgery system . This includes the use of strong electric currents to cut and remove damaged tissues. This product type is used for a variety of purposes including neck pain relief and the removal of warts. It uses a small hand-held unit that contains...

Isocyanates are man-made organic chemicals that react with other molecules in chemical reactions in a self-reacting manner. The purpose of using isocyanates is to create a barrier or "insulation" that is necessary for protecting the materials being protected. Isocyanates used in the manufacture of foam, flexible sheets, foam insulating materials, and thin films. Isocyanates have also been used in the development of polyurethane paints and polymer coatings. Isocyanates can be used in the manufacture of foam stabilizers, liquid foams, and polyurethane foams. Other isocyanate-containing products that are used in the manufacture of foam are polyurethane resins, polyurethane coatings, and polyurethane plastics. Some isocyanates are used in the manufacture of foams for thermal energy efficiency, protection of metals, and antimicrobial activity. Isocyanates are used in the manufacture of plastics and polyurethane foams and are used in the production of cushions. Isocyanates are als...

  Antimicrobial susceptibility testing or antimicrobial sensitivity testing is the investigation of the susceptibility of different species of bacteria to specific antibiotics. Generally, it is utilized as bacteria can have various resistance to particular antibiotics. This test can be performed on clinical and non-clinical resources. However, most commonly it is performed on non-infected human subjects. The common applications of this test are for the purpose of laboratory safety, for clinical diagnosis of diseases, for monitoring drug effectiveness and for pre-screening of potential disease patients.  Antimicrobial susceptibility testing can be conducted on a variety of surfaces in clinical laboratories. These include human blood, human urine, intestinal secretions, oral cavity, dermal compartments, body surface areas, sputum, and skin. Some of the common surfaces to be tested are osmotic pressure, permeability, and contact. The clinical importance of antimicrobial suscepti...