Global Cold Plasma Market is Growing at a Significant Rate in the Forecast Period 2018-2025

Body: Global Cold Plasma Market

Global Cold Plasma Market According to Data Bridge Market Research new Market report, “By Regime Type (Atmospheric Pressure, Low-Pressure), By Technology (Remote Treatment, Direct Treatment, Electrode Contact), By Industry (Electronics And Semiconductor {Coating, Etching, Thin Film Deposition}, Food & Agriculture {Packaging Decontamination, Seed Germination, Wastewater Treatment },  Medical {Wound Healing, Cancer Treatment, Surgeries}, Polymer And Plastic {Surface Treatment, Printing, Adhesion}, Textile { Sterilization, Finishing, Dyeing/Printing }), By Geography (North America, South America, Europe, Asia-Pacific, Middle East and Africa) - Industry Trends and Forecast is projected to reach USD 3,156.1 million by 2025, at a CAGR of 16.4% during the forecast period of 2018 to 2025.

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Global Cold Plasma Market:

Cold plasma is also known as non-thermal plasma and it is the innovative medical concept. The plasma is an electrified gas with a chemically reactive media. This can be obtained in low pressure discharges or in short pulse discharges as Dielectric Barrier Discharges or ns discharges. The cold plasma consists of large number of different species such as electrons, positive and negative ions, free radicals, gas atoms and molecules in the ground or in an excited form. These are the coupled electrical energy, which are primarily channeled to the electron constituent of the plasma. It produces energetic electrons instead of heating the entire gas stream and plasma ions and neutral components remain at or near room temperature. Plasmas are effective surface engineering tools that avoid the sample destruction owing to their low temperature, non-equilibrium nature, and unparalleled physical, chemical & thermal range. These characteristics make plasmas dry and environmentally friendly in nature, which makes them highly acceptable in the cold plasma technology. These are a way different than that of the hot plasma or the thermal plasmas. The non-thermal technology uses energetic, reactive gases to fumigate the microbes or pathogens in various industries. Earlier it is used for sterilization of sensitive materials but now the technology is widely accepted and applicable in several sectors such as textile for dying, finishing, in medical for various sectors including wound healing, blood coagulation, sterilization, dental and cancer treatment.

Now the cold plasma are used in the food industry also that includes food safety, packaging and processing, in electronics and semiconductors for thin film deposition, etching and coating and many others. The simple design, low cost, easy scale-up, flexible configuration and environment-friendly nature of cold plasma offers unique advantages over traditional processing technologies which are driving the growth of the market. Cold plasma technology is also applicable in the wound healing process. It helps to inactivate multi-resistant bacteria with great efficiency for ambulant and stationary treatment of chronic and acute wounds. The treatment is usually painless and is widely accepted by the patients. The companies in the cold plasma market are developing different solution and techniques for wound dressing that makes cold plasma directly on the damaged skin. These products are safe, pain-free, fast which covers large area. The companies are also offering solution to two main problems of modern medicine, chronic ulcerations (bedsores and diabetic feet) and the long sought after solution to treating multi resistant bacteria in wounds. There is also effective usage of the Canady Helios Cold Plasma Scalpel (CHCPS) in the industries for the selective killing of cancerous tissue during a two-stage liver resection for advanced inoperable liver cancer.

For the decontamination of fresh fruits and vegetables also the cold plasma is used, meat and meat products, milk and dairy products, egg and egg products, seafood, fruit juices, powdered products, nuts, cereals and grains. It is used in F&B industries mainly for the two purposes those are disinfection of packaging materials and disinfection of food products. Cold plasma is used to inactivate vegetative micro-organisms and spores on packaging material and it is also used to disinfect the vegetative cells and spores of microorganism present on the surface of a food product. The effects on food quality and appearance of the product are minimal as the treatment is done at low temperature. The gas used in cold plasma for food applications is helium or argon. Nitrogen gas is also used in this technology. Nitrogen-based gas plasma is free of oxygen and therefore ozone production is very limited. The company Europlasma has launched a nanocoating solution for durable water repellent treatment of sporting goods with the name PlasmaGuard. It is integrated with coating solutions in their products to reach the highest performance standards with the lowest environmental imprint.

Cold plasma technology is being used in the water treatment based on the application of non-equilibrium, low-temperature contact plasma. The technology helps to purify, disinfect and desalinate water. The atmospheric pressure plasma treatment (APPT), an eco-friendly plasma technology is used in the changing the surface features of a fabric without changing its basic properties. Cold plasma is an environment friendly technology and environmental policy is considered to be a chief issue in all industrialized countries. Plasma is a gas with equal densities of positively and negatively charged ions, which makes the gas to exist in extremely vast range of temperature and pressure. The atmospheric pressure plasma technology (APPT) is an eco-friendly plasma technology, which can be used for modifying the surface characteristics of a fabric without altering its basic properties. The simple design, low cost, easy scale-up, flexible configuration and environment-friendly nature of cold plasma offers unique advantages over traditional processing technologies. The research area of plasma technology is emerging and has been studied for its usage in wide range of industries or end markets comprising biomedical materials and devices, surface modification of textiles, removal of chemicals on surfaces of devices manufactured from heat sensitive materials, water sterilization, wound healing and food decontamination.

Market Segmentation: Global Cold Plasma Market

The global market for cold plasma by the following sub-categories is presented

  • By regime type

    • Atmospheric pressure
    • Low-pressure

  • By Technology

    • Remote treatment
    • Remote treatment
    • Electrode contact

  • By industry

    • Electronics and semiconductor

      • Coating
      • Etching
      • Thin film deposition

    • Food & agriculture

      • Food surface decontamination
      • Packaging decontamination
      • Seed germination
      • Wastewater treatment

    • Medical

      • Wound healing
      • Cancer treatment
      • Surgeries
      • Dermatology
      • Dentistry
      • Blood coagulation

    • Polymer and Plastic

      • Surface treatment
      • Printing
      • Adhesion
      • Others

    • Textile

      • Sterilization
      • Finishing
      • Dyeing/printing
      • Others

    • Others

  • By Geography

    • North America
    • South America
    • Europe
    • Asia-Pacific
    • Middle East and Africa


Innovations in cold plasma technology:              

Plasmas are considered as the fourth state of matter. It is the ionized gas which consists of positively and negatively charged ions, free electrons and activated neutral species (excited and radical), and are generally classified into two types, thermal or equilibrium plasma and cold or non-equilibrium plasma. The cold plasma which is also referred as low temperature atmospheric pressure plasma (LTAPP) is a technology that includes neutral and charged particles consisting of free radicals which are used to destroy or inactivate microorganisms. The cold plasma is usually characterized by low gas temperature and a high electron. It is easily generated by electric discharges under reduced pressure. In 2018, Nordson Corporation has launched MesoSPHERE plasma system which is used for high throughput processing of 3D and wafer-level packaging processes such as fan-in, fan-out, wafer-level and panel-level-handling wafers up to 450mm and panels up to 480mm.

Growing focus of market players

The global cold plasma market report contains an in-depth profiling of the key market players, along with the recent developments (new product launches, partnerships, agreements, collaborations, and joint ventures) and strategies adopted by them to sustain and strengthen their position in the market. The report also covers the market shares for global, North America, Europe, Asia-Pacific, Middle East and Africa and South America market.

Some of the major players operating in cold plasma market are Nordson Corporation, Plasmatreat GmbH, Enercon Industries Corporation, CPI Plasma, Terraplasma Medical GmbH, Vetaphone A/S, TheraDep Technologies, Inc., Adtec Plasma Technology Co., Ltd., Europlasma, Henniker Plasma, Neoplas tools GmbH, Tomi Environmental Solutions, Inc., Tantec A/S, Bovie Medical, Wacker Chemie AG, IonMed and Devicefarm among others.

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