As Microfibrillated Cellulose (MFC) BioFiber moves from research environments into industrial MFC production, manufacturers face a new challenge: delivering consistent fiber quality at commercial volumes.
Kadant helps producers optimize MFC production technology through advanced refining solutions designed to maximize fiber fibrillation while maintaining process control, operational efficiency, and product consistency.
Whether your focus is MFC for packaging, specialty papers, plastic-free barrier coatings, composites, or emerging sustainable materials, the right refining solution is critical to successful commercial production.
What is MFC BioFiber?
MFC BioFiber is a form of microfibrillated cellulose (MFC) produced through a controlled process. The microfibrillation process increases the available surface area of the fibers, creating significantly more hydroxyl (OH) bonding sites than conventional refined pulp. This enhanced bonding potential can improve the mechanical properties of fiber-based products and enable new opportunities for developing high-performance, fiber-based solutions.
Its unique combination of strength, surface area, barrier properties, and renewable origin has generated growing interest across industries seeking alternatives to plastics and synthetic materials.
Today, BioFiber MFC is being explored across sustainable paper packaging, specialty papers, fiber-based packaging, coatings, composites, and advanced material solutions.
As commercial demand continues to grow, manufacturers require reliable MFC production technology capable of delivering consistent fiber development at an industrial scale.
Why Industrial MFC BioFiber Production Is Challenging
Producing MFC BioFiber at a commercial scale requires more than simply increasing production volumes.
Manufacturers must balance multiple process variables to achieve consistent fibrillation while maintaining operational efficiency.
Key Challenges Include:
Consistent Fiber Development
MFC BioFiber performance depends heavily on achieving the desired level of fibrillation while maintaining control over fiber characteristics.
Production Scalability
Processes that perform well in laboratory or pilot environments may face challenges when scaled to industrial production.
Energy Consumption
Fiber fibrillation requires significant mechanical treatment. Optimizing refining efficiency is essential for sustainable commercial production.
Product Consistency
Industrial applications require repeatable quality and reliable production performance across every batch.
Process Stability
Maintaining stable refining conditions is critical for achieving consistent MFC BioFiber characteristics and production efficiency.
How Kadant Supports Industrial MFC BioFiber Production
Kadant's refining technologies are designed to help manufacturers achieve the precise fiber development required for MFC BioFiber production.
Through advanced refining control, automation, and high-efficiency operation, producers can optimize fibrillation while maintaining process consistency and operational performance.
MFC BioFiber for Moulded Fiber Products
Moulded fiber products are at a crossroads.
Regulatory pressure on single-use plastics and PFAS-based coatings continues to accelerate, while demand for food-grade packaging, plastic-free moulded packaging, and PFAS-free packaging continues to grow.
For manufacturers of moulded fiber packaging, identifying a compliant and commercially viable alternative is no longer a future consideration.
Kadant combines expertise in fiber processing and MFC for moulded fiber applications to help manufacturers optimize product performance, barrier properties, and production efficiency.
Potential Benefits of MFC BioFiber in Moulded Fiber Applications
- Improved oxygen barrier performance
- Oil and grease resistance
- PFAS-free moulded trays
- Plastic-free moulded packaging
- Enhanced sustainability credentials
- Improved performance for food trays and takeaway containers
- Compatibility with fiber-based food packaging
- Support for moulded product barrier coating development
Technology Centre & Pilot Trials
