The purpose of this rich study presented by FactMR is to elaborate the various market projections impacting the global MFC fiber market during the period until 2028. This assessment delivers high-end statistics concerning market size, Y-o-Y growth in trends and revenue share (US& Mn) linked to different geographies and segmentation types. Readers can acquire precise insights about growth trends along with opportunities that are expected to reshape the overall structure of the MFC fiber market during the forecast period.
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The microfibrillated cellulose (MFC) fiber marketplace has witnessed the dominance of traditional players who have their proprietary method of MFC fiber production. FiberLean Technologies, Borregaard and Stora Enso are examples of such market players of which FiberLean Technologies hold over 55% revenue share in the MFC fiber market.
Including FiberLean, Borregard, Stora Enso, Daicel FineChem. Ltd. and Norske Skog are top 5 market players. While FiberLean Technologies continues to remain the market front-runner, Norke Skog is a contender in the MFC fiber market along with other emerging players such as CelluComp Ltd. and J. RETTENMAIER & Söhne Group competing to increase their market share.
A Good Competitive Price Point Helps MFC Fiber Market to Flourish
Microfibrillated cellulose is extracted from plant waste making the raw material cost-effective for the final MFC fiber production. In addition, the MFC fiber marketplace has witnessed a significant evolution in terms of processing and production methods applied.
With the inclusion of new sources, novel pre- and post-treatment and new mechanical processes, a significant optimization has been established in MFC fiber production. With the advanced yet feasible mode of production and easy accessibility of raw materials, the MFC fibers are available at competitive prices suitable for multiple end-use applications.
Packaging Industry and MFC Fiber Manufacturers’ Collaborations Boost Market Growth
Ongoing trends such as clean label and sustainable production have led packaging manufacturers to seek raw materials that deliver better performance at an affordable cost. Product performance can be increased to 15-20% in terms of strength with the use of just 1% of MFC fibers in packaging material.
Superior material quality in terms of oxygen and moisture barriers allows the use of MFC fibers as film, nanocomposites and paper coatings across the packaging industry. Manufacturers can receive premium product quality with the use of less material and superior functions, thereby lowering overall production cost.
Browse Full Report on Market with TOC - https://www.factmr.com/report/1710/microfibrillated-cellulose-fiber-market
MFC fiber market players are actively investing in adopting new production technologies to stand out in the marketplace. In October 2018, Stora Enso, another leader in MFC fiber market acquired Cellutech AB, a Swedish cellulose technology company. As Cellutech AB specializes in the production of cellulose, MFC fibers and other wood-based products, the acquisition is expected to aid Stora Enso in achieving its goal of establishing renewable material offerings in place of fossil-based materials.
Another prominent player in the MFC fiber market, Norske Skog partnered with PFI and opened SaugBrugs’ new demonstration plant for MFC fiber. The ongoing partnership focused on the better development of production processes of MFC fiber will enable Norske Skog to produce larger quantities of MFC fibers for the use in multiple applications.
In addition to these players, few of the other profiled players in the MFC fiber market are Daicel FineChem. Ltd., Fibria (Suzano Brazil), SAPPI, FiberLean Technologies Limited, CelluComp Ltd., Zelfo Technologies GmbH, Weidmann Fiber Technology, Nippon Paper, J. RETTENMAIER & Söhne Group and InoFib.
Definition
Microfibrillated cellulose fibers, also known as MFC fibers are naturally occurring polymers. Structurally the polymer is made of repeating units of glucose known as cellulose fibers that are stacked together to form fibrils. The polymer fibrils that are of nanometer dimension in diameter and micrometer in length are called MFC fibers. This dimension aspect ratio gives the MFC fibers their greater strength.
Request for Sample Report - https://www.factmr.com/connectus/sample?flag=S&rep_id=1710
The microfibrillated cellulose (MFC) fiber marketplace has witnessed the dominance of traditional players who have their proprietary method of MFC fiber production. FiberLean Technologies, Borregaard and Stora Enso are examples of such market players of which FiberLean Technologies hold over 55% revenue share in the MFC fiber market.
Including FiberLean, Borregard, Stora Enso, Daicel FineChem. Ltd. and Norske Skog are top 5 market players. While FiberLean Technologies continues to remain the market front-runner, Norke Skog is a contender in the MFC fiber market along with other emerging players such as CelluComp Ltd. and J. RETTENMAIER & Söhne Group competing to increase their market share.
A Good Competitive Price Point Helps MFC Fiber Market to Flourish
Microfibrillated cellulose is extracted from plant waste making the raw material cost-effective for the final MFC fiber production. In addition, the MFC fiber marketplace has witnessed a significant evolution in terms of processing and production methods applied.
With the inclusion of new sources, novel pre- and post-treatment and new mechanical processes, a significant optimization has been established in MFC fiber production. With the advanced yet feasible mode of production and easy accessibility of raw materials, the MFC fibers are available at competitive prices suitable for multiple end-use applications.
Packaging Industry and MFC Fiber Manufacturers’ Collaborations Boost Market Growth
Ongoing trends such as clean label and sustainable production have led packaging manufacturers to seek raw materials that deliver better performance at an affordable cost. Product performance can be increased to 15-20% in terms of strength with the use of just 1% of MFC fibers in packaging material.
Superior material quality in terms of oxygen and moisture barriers allows the use of MFC fibers as film, nanocomposites and paper coatings across the packaging industry. Manufacturers can receive premium product quality with the use of less material and superior functions, thereby lowering overall production cost.
Browse Full Report on Market with TOC - https://www.factmr.com/report/1710/microfibrillated-cellulose-fiber-market
MFC fiber market players are actively investing in adopting new production technologies to stand out in the marketplace. In October 2018, Stora Enso, another leader in MFC fiber market acquired Cellutech AB, a Swedish cellulose technology company. As Cellutech AB specializes in the production of cellulose, MFC fibers and other wood-based products, the acquisition is expected to aid Stora Enso in achieving its goal of establishing renewable material offerings in place of fossil-based materials.
Another prominent player in the MFC fiber market, Norske Skog partnered with PFI and opened SaugBrugs’ new demonstration plant for MFC fiber. The ongoing partnership focused on the better development of production processes of MFC fiber will enable Norske Skog to produce larger quantities of MFC fibers for the use in multiple applications.
In addition to these players, few of the other profiled players in the MFC fiber market are Daicel FineChem. Ltd., Fibria (Suzano Brazil), SAPPI, FiberLean Technologies Limited, CelluComp Ltd., Zelfo Technologies GmbH, Weidmann Fiber Technology, Nippon Paper, J. RETTENMAIER & Söhne Group and InoFib.
Definition
Microfibrillated cellulose fibers, also known as MFC fibers are naturally occurring polymers. Structurally the polymer is made of repeating units of glucose known as cellulose fibers that are stacked together to form fibrils. The polymer fibrils that are of nanometer dimension in diameter and micrometer in length are called MFC fibers. This dimension aspect ratio gives the MFC fibers their greater strength.
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