Industrial Fibers

CreaMix and CreaTech. Natural industrial fibers

CreaFill delivers a broad portfolio of pure, consistent industrial cellulose fibers – from pure white single-source cellulose to recycled paper-based fibers – milled using CreaFill proprietary dry milling technology to solve the most demanding performance challenges in industrial manufacturing, naturally. CreaTech and CreaMix are inert, non-abrasive, and non-hazardous fibers – performing across a broad range of industrial applications worldwide.

Why CreaTech and CreaMix

• Maximum surface area – Fibrillated fiber structure maximizes surface area for stronger matrix formation and superior bonding
• Three-dimensional matrix formation – Cross-linking fiber network delivers structural reinforcement and dimensional stability across every application
• Rheological modifier – Controls viscosity, sag, and flow – performing where cellulose ethers and fumed silica are used at a fraction of the cost
• Cracking and shrinkage prevention – Reduces shrinkage and prevents cracking in cementitious, architectural, and coating applications
• Thixotropic – Improves application and workability without compromising final product strength
• Green strength – Improves early-stage structural integrity before curing
• Sag control – Maintains shape and form during application and curing
• Natural replacement for synthetic and hazardous ingredients – Replaces glass fibers, aramid, PP and PE fibers, fumed silica, and cellulose ethers – delivering equivalent or superior performance at lower cost
• Proven performance – Decades of consistent, reliable use across demanding industrial applications worldwide
• Safe worker handling – Non-abrasive, non-hazardous, and inert – unlike glass fibers and fumed silica, CreaTech and CreaMix present no respiratory or skin hazard
• Sustainable and biodegradable – Natural, renewable fibers that replace petroleum-based and synthetic alternatives – contributing to green manufacturing and sustainable product formulations
• Pure and consistent – Every grade manufactured to specifications, tested throughout processing, and shipped with a Certificate of Analysis

Our Quality Management System has been certified under the latest ISO 9001 standard for over two decades — pure, consistent industrial cellulose fibers that manufacturers count on year after year, decade after decade. Every order ships with a Certificate of Analysis — pure, consistent, and verified. Every time.

CreaTech and CreaMix, proven across every industrial application

CREATECH & CREAMIX – CELLULOSE FIBERS FOR ADHESIVES

• Performs across a broad range of adhesive formulations and resin systems
• Stabilizes viscosity and improves sag control
• Increases tensile strength and improves workability
• Extends open time for better application performance
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBERS FOR EIFS AND STUCCO

• Reinforces wall coatings and exterior finish systems
• Prevents cracking and controls sag and slump on vertical surfaces
• Improves ductility, flexural strength, bond strength, and abrasion resistance
• Extends working time and eliminates pin holes
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBERS FOR PAINTS AND COATINGS

• Improves rheology and controls viscosity through physical reinforcement
• Reduces the use of and works synergistically with more expensive cellulose ethers
• Modifies surface finish – delivers texture where required or a smooth, consistent finish
• Improves film strength and bridging strength
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBER FOR EPOXIES

• Natural, low density cellulose fibers delivering measurable structural reinforcement
• Controls viscosity and sag through physical fiber matrix formation
• A natural replacement for amorphous silica products – non-hazardous, inert, and safe to handle
• Improves workability and application consistency
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBERS FOR CEMENTITIOUS AND ARCHITECTURAL APPLICATIONS

• Reduces plastic shrinkage cracking through fiber matrix formation and moisture retention
• Controls viscosity and extends working and open time
• Improves workability, trowelability, and surface finish consistency
• Freeze/thaw resistant – maintains dimensional stability through temperature cycling
• A natural, sustainable, and cost-effective alternative to glass, PP, and PE fibers – safe to handle and environmentally responsible
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBERS FOR RUBBER REINFORCEMENT

• Delivers natural fiber reinforcement across a broad range of rubber compounds and formulations
• Improves tensile strength and dimensional stability
• Improves green strength in unvulcanized applications — reducing shrinkage during vulcanization
• A natural, sustainable, and cost-effective alternative to glass fibers and aramid – safe to handle and environmentally responsible
• Reduces overall formula cost

CREATECH & CREAMIX – CELLULOSE FIBERS FOR FRICTION MATERIALS

• Delivers green strength and structural integrity to brake and clutch formulations during manufacturing
• Acts as a sacrificial fiber – burning off during high-temperature braking to create micro-pores that prevent chatter and ensure smooth, consistent braking performance
• A natural, sustainable, and cost-effective replacement for asbestos and synthetic alternatives – non-hazardous, safe to handle, and environmentally responsible
• Reduces overall formula cost

CreaMix, recycled cellulose fibers for a sustainable industry

CreaMix is a recycled cellulose fiber – processed from carefully selected reclaimed paper-based raw materials sourced through local community recycling programs.
CreaFill upcycles these materials into a high-performance, cost-effective industrial fiber ingredient – redirecting waste from landfills and reducing the demand for virgin raw materials. Every ton of CreaMix conserves the equivalent of 17 trees – a direct, measurable contribution to sustainable manufacturing.

CreaMix in Detail

• Gray cellulose fiber – upcycled from carefully selected reclaimed paper-based raw materials
• Temperature resistance: -94°F to +390°F
• Insoluble in water and organic solvents – resistant to dilute acids, alkalis, and solvents
• Non-abrasive and non-hazardous – safe for equipment, workers, and the environment
• Replaces harmful ingredients – a natural alternative to amorphous silica, asbestos, and diatomaceous earth
• Every grade manufactured to specifications and tested throughout processing
• Every ton of CreaMix saves the equivalent of 17 trees – a direct, measurable contribution to sustainable manufacturing

Our Quality Management System is certified under the latest ISO 9001 standard – ensuring consistent recycled cellulose fibers for industrial applications that manufacturers count on year after year, decade after decade. Every order ships with a Certificate of Analysis – pure, consistent, and verified. Every time.

CreaTech, pure cellulose fibers for industrial performance

CreaTech is pure, single-source cellulose fiber – white, inert, and non-abrasive. Milled from sustainably sourced raw materials using CreaFill proprietary dry milling technology, CreaTech is processed to precise specifications – opening fiber strands, maximizing surface area, and delivering pure, consistent performance across every industrial application.

CreaTech in Detail

• Pure, white cellulose fiber — sustainably sourced
• 99.5% cellulose content — very low ash, broad pH resistance
• Temperature resistance: -94°F to +390°F
• Insoluble in water and organic solvents — resistant to dilute acids, alkalis, and solvents
• Non-abrasive and non-hazardous — safe for equipment, workers, and the environment
• Every grade manufactured to specifications and tested throughout processing

Our Quality Management System is certified under the latest ISO 9001 standard – ensuring pure, consistent cellulose fibers for industrial applications that manufacturers count on year after year, decade after decade. Every order ships with a Certificate of Analysis – pure, consistent, and verified. Every time.