Category: chemical industry

Sensor Chips

Biosensor chip: A scientific breakthrough

Scientific and medical expertise has helped push through new developments in biochip technologies. As biochip technologies are used in sequencing, the key advantages of biochips are their scalability and performance.

What are Biochips?

Biochips are miniaturized medical instruments used for simultaneous biochemical reactions in molecular laboratories. You can use these devices to study multiple biological analytes for various applications. These applications include disease diagnosis and detection of harmful biological agents in systems. Their design is based on microarray and microfluidic technologies. The digital microfluidic biochip has emerged as a highly efficient sensor chip among the two and has gained much importance in the biochemical industry.

The Sensor Chips from lino Biotech consist of a transponder and a scanner. There are two types of transponders: passive transponder and active transponder. The active transponder has no power and no battery, while it is passive only when triggered by a small electrical charge from the user. This transponder consists of four components: an antenna coil, a microchip and a tuning capacitor. The reader consists of an “excitation coil” and generates an electromagnetic field using radio signals. It provides the necessary energy to produce the biochip.

Why and how are they used?

People use Biochip technologies widely in pharmacogenomics, biochemistry, proteology, microbiology, clinical pathology, and DNA analysis. Some people use Biochips for screening analytes for signs of biological warfare, drug discovery, and drug development. You can do this for molecular disease diagnosis and other diseases, for personalized medicine, and generally for detecting a wide range of biomolecules in specific applications. One can also use Biochips increasingly in skin-on-a-chip applications.

Sensor Chips

You will see the use of Biochips primarily in biomedical and biotechnology studies. With advances in medical technology, the use of proteomics biochips such as microarrays has increased. The advantages of protein biochips include low sample consumption and their propensity for miniaturization. Protein microarrays, for example, can continuously display multiple proteins, which means they can process thousands of samples simultaneously.

The property of microarrays is important for proteome-wide evaluation. Therefore, the increasing need for personalized medicine for diseases is making the industry grow. Scientists can also use the Sensor Chips for cancer treatment.

Advances in Bio Sensor Chips are enabling next-generation sequencing technologies

Bio Sensor Chips are essentially small laboratories that function in living organisms and advance next-generation DNA sequencing technologies. This combination can address critical biological problems, such as single cell, rare cell, and rare molecule analysis. These problems are difficult to solve with next-generation sequencing technologies alone.


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What is a biosensor – We explain!


Contract packaging in line with the trend

The packaging of a product is the means of communication. Once you go deep as a consumer, you will face it. After all, a packaging gives a product or brand its “face”. And even if you don’t want to admit it, the appearance of the packaging certainly has an impact on your purchase decision. Now it is the case that many products are under different brand names. While the manufacturing company puts the production margins in its own packaging – formerly by hand, today machine-like, a part of the production product leaves the factory in the direction of contract packaging companies. This company packs a manufacturer’s goods into the packaging of its customers. The self-packaging of goods of this kind would entail high costs. And that wants a company in which you give a contract packaging company the order for packing of the goods.

Design of the packaging including

Many companies give contract packaging companies the order for the design of the packaging. The development costs for packaging are also enormous if they were to be implemented in one’s own company. We are founded with our own department. In a contract packaging there are already companies with their own department with creative employee heads. The award to a company of this kind enables a manufacturing company that still produces for several brands to concentrate on its own core competence. They also reduce the costs for personal, warehousing and packaging. Above all, however, it is a matter of reducing the cost of materials. A contract packaging company offers its own customer-wide packaging solutions and supports its customers in the development of a very personal packaging with a high recognition value. This, of course, also gilds for companies that do not package their products in their own production rooms. There are very different industries for which a company can operate. The food industry is part of the classic field. But it is also pharmaceutical companies and household appliance manufacturers and manufacturers of industrial products that use the service from a contract packaging company. Many manufacturing companies generally have their products brought in the desired packaging by such a contract packer.


Those who use such a company can benefit from many advantages, For example, the purchase of own packaging machines is not required. For the personal and for the modern packaging machines, the contract packaging company bears the costs alone. This means that a company that has its products packaged externally has no fixed costs for personnel, machinery and premises. For the pay packers themselves, the advantage is that you can have very different industries.

Dry Ice Blasting for the relevant cleaning

Dry Ice Blasting is a type of non-abrasive blast cleaning that is identified by a number of completely different names; CO2 blasting and dry ice cleansing are two of the most typical. Dry ice blast cleaning techniques are also environmentally pleasant. Dry ice blast cleaning (blast cleaning companies) is an efficient and cost-efficient manner for a lot of industries to maximize manufacturing functionality and high quality. Dry ice blast cleaning is a dry course of and does not produce a by-product like sand or soda blasting.dry ice blast cleaning_

Dry ice blasting is a brand new form of non-abrasive blasting for industrial cleaning applications. Dry ice blast cleaning is much extra superior to sandblasting due to the softness of the ice. Dry ice blasting machines have a variety of cleaning purposes. For the reason that dry ice converts to a gas upon impression, there isn’t a secondary waste generated in the course of the dry ice blast cleaning process. Many manufacturers find dry ice blast cleaning can be used in-home for maintaining or cleaning their tools as often as wanted.

What is dry ice blast cleaning?

There are several advantages of dry ice blast cleaning. Dry Ice Blast Cleaning is one of the best technique for cleaning dies. Since dry ice blast cleaning is a dry process, it doesn’t moist the surface, and there is no downtime waiting for the cleaned surface to dry. The dry ice blast cleaning course of is non-conductive so it may be used on industrial equipment of all sorts.

Boxed materials can be processed by contact plate freezers or air blast freezers. Dry Ice Blast Cleaning is an environmentally-friendly answer to the removal of floor contaminants which can be current in a wide range of business applications. Dry Ice Blast Cleaning is a comparatively new cleaning course of that converts Dry Ice instantly from its solid sate to a vapor, leaving no residue.

Dry Ice Blast Cleaning is the present and the way forward for environmentally sound cleaning practices

Dry ice blast cleaning is a challenging process for such particular instances. Dry Ice Blasting is a real industrial cleaning answer. Dry ice cleaning (also referred to as dry ice blasting, dry ice blast cleaning, and dry ice dusting) is much like sand blasting, plastic bead blasting, or soda blasting where a medium is accelerated in a pressurized air stream to impression a floor to be cleaned or prepared. Should you personal or keep a commercial or industrial plant, there’s most definitely a dry ice blast cleaning resolution for some or most of your cleansing wants. Get rid of using solvents – Dry ice blast cleaning only uses CO2 pellets.

Dry ice blast cleaning makes use of dry ice, which is produced from liquid carbon dioxide. Dry ice blast cleansing gives a faster, safer, extra efficient, and extra environmentally friendly cleaning solution than other cleaning methods. Dry ice blast cleaning is a course of that accelerates dry ice particles via excessive-velocity nozzles to impression the floor being cleaned.

There are three core environmental benefits of dry ice blast cleaning. Dry Ice Blasting is an industrial cleaning system which is non-abrasive, non-toxic and utterly dry with no residual blast media cleanup. Finally, dry ice blast cleaning can be utilized rather than many environmentally damaging solvents.

Tolyltriazole for the chemical industry

TolyltriazoleTolyltriazole is mainly used in the chemical industry to protect copper from being contaminated in order to save the purity. Tolyltriazole also can be concernedly used with manifold sterilization algaecide and has a very fine corrosion mitigation effect on close cycle cooling water system. TTA also can be concernedly used with manifold sterilization algaecide and has a very fine corrosion mitigation effect on close cycle cooling water system. Tolyltriazole is a corrosion inhibitor for copper and copper alloys, and is commonly used in water cooling systems.

Tolytriazole is used for protection

Tolyltriazole acts as a corrosive inhibitor and is used as corrosion protection on top of metals such as copper. Tolyltriazole (TTA) has been widely used as a corrosion inhibitor for copper and copper alloy heat exchanger components in power plant cooling water systems. When the desired product is the free tolyltriazole, rather than the water soluble salt, the free triazole can be readily generated by the addition of a sufficient amount of acid to neutralize the basic salt. It also can be concernedly used with manifold sterilization algaecide and has a very fine corrosion mitigation effect on close cycle cooling water system. TTA can be used as corrosion inhibitor of copper and copper alloy, it also has corrosion inhibition for black metals. This invention relates to an improved process for the production of tolyltriazole in which the tolyltriazole produced is a lighter color than tolyltriazole produced by conventional processes.

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You may choose a language below to continue to this industry or close this dialog above. Tolyltriazole (TTA) has been identified as an effective copper corrosion inhibitor in cooling systems using treated municipal effluent as makeup water. Chemical structure of the coordination polymer from benzotriazolate and copper(I), the active ingredient in the BT-derived corrosion inhibition. Sodium Tolyltriazole(TTA-S) is 50% solution of sodium Tolyltriazole. Sodium Tolyltriazole or Mid South TT50S, is a copper corrosion inhibitor designed for use in open cooling tower and closed recirculating systems to inhibit corrosion on copper, copper alloys, and other metals. Discoloration inherently occurs during the processes for producing tolyltriazole due to chemical oxidation of compounds such as, for example, ortho-toluenediamine.

Antirust and corrosion inhibator for metals

This invention relates to an improved process for the production of tolyltriazole in which the tolyltriazole is a lighter colored product.  TTA•Na can be used as corrosion inhibitor of copper and copper alloy; it also has corrosion inhibition for black metals.TTA•Na can be used as corrosion inhibitor of copper and copper alloy, it also has corrosion inhibition for black metals. Tolyltriazole is mainly used as antirust and corrosion inhibitor for metals (such as silver, copper, zinc, lead, nickel, etc..), and for antirust oil (tallow) products, the gas phase corrosion inhibitor of copper and aldary, lubricant additive, cycle water treating compound and auto antifreeze. Sodium Tolyltriazole is mainly used as antirust and corrosion inhibitor for metals and for antirust oil (tallow) products, the gas phase corrosion inhibitor of copper and alloy, lubricant additive, water circulation treatment, grease’s adding and auto antifreeze.