Market Research Reports

Industrial metal brushes are used to clean the conveyor, blankets, and glasses in industries such as pharmaceuticals, food processing, textile processing, and metal circuit board production. The end-use of an industrial metal brush is to clean a contaminated surface, and its efficiency depends on the design of the brush. The length and diameter of the brush along with its durability, hardness, flexibility, and strength are some of the features that decide its efficiency. A metal brush is used for burnishing fine detailing and fitting into tight areas. It generally contains several rows of bristles made of soft stainless steel of soft brass. This type of brush can also be made of copper of phosphor bronze. The fibers on a metal brush can be hand laced for better fiber retention and durability. Industrial metal brushes are used in electrostatic discharge sensitive conditions. The global industrial metal brush market is expected to witness steady growth during the forecast period owing...

Storage of essential commodities such as potable water, fuel, and expensive chemicals to remote and deserted areas is a big challenge currently. Scarcity of resources and diminishing natural resources present a considerable challenge before the storage industry. Development of the pillow tank storage system is proving to be a robust and effective medium to store and transport essential and vital commodities around the globe safely. Pillow tanks, also known as pillow bladders, are primarily collapsible liquid storage tank systems. Pillow tanks are used for the temporary storage of water, chemicals, oils, and fuel for a short duration. Pillow tanks are known by different names across various industries, and these are utilized for a variety of purposes to meet specific needs and requirements. They are made from various fabricating materials. Some fabricating materials used in the manufacturing of pillow tanks are elvaloy, polyurethane, coated PVC, and epoxy resins. Pillow tanks also re...

OEM coatings are advanced technology coatings by producers of durable goods. These coatings function as protective coatings and offer decorative finish to the coated product. In terms of value, OEM coatings accounted for nearly 30% share of the global coatings market in 2016. The OEM coatings market has been expanding since the last few years. Products are shipped directly by the manufacturer to the customer without going through the typical distribution channels. Special purpose coatings are manufactured to meet the demand in niche end-uses such as automobile refinish coatings and marine coatings. OEM Coatings Market: Drivers and Restraints A thin layer of OEM coating offers decorative finish, which augments the value of the coated product. The finished coating is considered one of the principal selling features of products such as wood furniture, automobiles, and electronic appliances. Protection from product deterioration and value addition characteristics are anticipated...

Rigid plastic packaging , as the name suggests, solely involves the usage of plastic material; it has a relatively inflexible shape or form. The global rigid plastic packaging market has exhibited considerable growth during the past few years, driven by the various beneficial properties of rigid plastic packaging, such as it is light weight, supple, and durable. Besides, rigid plastic packaging keeps the goods safe for a long period of time.  Moreover, the changing lifestyle and increased consumer spending on packaged goods are factors attributed to the expected growth of the global rigid plastic packaging market over the forecast period. Due to the rising environment concerns, there has been a rise in demand for recyclable products, thus paving the way for the foray of various recycling infrastructures for plastics, which in turn is propelling growth of the market for rigid plastic packaging. Rigid plastic packaging is used in various industries such as food & beverage...

Crosslinking is a chemical process of bonding links between polymer chains. The polymer chains can be referred to as synthetic polymers or natural polymers. The bond may be ionic or covalent bond. In a majority of cases, the crosslink is a covalent structure. When crosslinks are added to polymers, they lose the ability to move as individual polymer chains. Crosslinking is employed for both biological sciences and synthetic polymer chemistry. In synthetic polymers, the term ’crosslink’ usually refers to promote a difference in the polymers’ physical and mechanical properties. The modification of properties depends on crosslink density. When the crosslink density is low, it decreases the viscosities of polymer melts, a high density crosslink causes material to become very rigid and an intermediate density crosslink give polymers an elastomeric property and high strength. A liquid polymer can be turned into gel or solid by crosslinking. Crosslinked polymers are mechanically strong a...

Hydraulic cylinders, also known as hydraulic pumps, are sub-assemblies used in hydraulic power transfer systems. Hydraulic cylinders help transfer power in applications ranging from construction equipment to aviation. These cylinders are an assembly of several components, namely the barrel; cylinder caps and head; piston, which can be double acting or single acting; piston rod; seals; and rings. These cylinders are connected within the hydraulic system to form a continuous hydraulic circuit. Hydraulic cylinders are available in several configurations and functions; each is suited for a particular application. They can also be used to selectively resist the linear motion under heavy loads. Hence, these cylinders can be used in various applications. Uninterrupted demand in industries where hydraulic systems play a vital role is the primary factor driving the hydraulic cylinder market . Irreplaceability of hydraulic systems in construction equipment, aviation, infrastructure, and ...

For the last few years, research and development in the field of nanoparticles such as zinc oxide, TiO 2 , and graphite has gained momentum. Zinc oxide nanoparticles are referred to as semiconductor materials, due to their unique properties such as high binding energy and wide band gap. These materials possess antifungal, antibacterial, and UV-filtering properties. They are used in various fields such as material science, optics, bio-medicine, and electronics. They are widely employed in the building & construction industry as an additive to concrete and ceramics. They are used as catalysts in cosmetics such as calamine lotion and ointments to treat skin diseases; as coating agents in the paints & coatings industry, as additives in food products; and as filler materials in the manufacture of cigarettes. Zinc oxide nanoparticles are also employed in vulcanization of rubber for the manufacture of tires. Based on processing technique, the global zinc oxide nanoparticles...