Ultra-Fine Particle Scale
RUFA has been studied as a micron-scale supplementary mineral component finer than conventional cement and ordinary fly ash.
Triaxis Mineral Technology
RUFA
Reactive Ultra-Fine Fly Ash
A reactive ultra-fine mineral material studied in cement-based systems and supplied by Triaxis for published research. RUFA is also incorporated within the VELITH White BCSA architectural mineral casting platform.
What is RUFA?
An ultra-fine reactive fly ash used in cementitious material research.
Published research describes RUFA as a reactive ultra-fine fly ash with predominantly spherical, micron-scale particles and substantial amorphous content. In the cited 2020 study, particle sizes were reported in the approximate range of 0.1–10 μm.
Its very fine particle size and spherical morphology have been investigated for their effects on workability, particle packing, pozzolanic reaction, pore structure and engineering performance in cement-based systems.
Important: These statements summarize published research on the specific cement systems studied. They are not a declaration that every research result automatically applies to every Triaxis or VELITH formulation.
Material Characteristics
Why RUFA is technically interesting.
Spherical Morphology
Published work describes a largely spherical particle morphology, relevant to flow and particle-packing behavior in cementitious systems.
Reactive Mineral Phase
Research reports high amorphous content and pozzolanic activity, providing a basis for continued study in performance-oriented mineral formulations.
Independent Research Footprint
RUFA has been studied beyond Triaxis product literature.
The publications below are independent academic studies. They establish a searchable research history for RUFA and, in several cases, identify Triaxis as the material supplier.
Reactive ultra-fine fly ash as an additive for cement-based materials
The paper investigated RUFA in cement-based materials and acknowledges RUFA supplied by TRIAXIS CORPORATION.
View publicationThe Effect of Incorporating Ultra-Fine Spherical Particles on Rheology and Engineering Properties of Commercial Ultra-High-Performance Grout
The study reports cementitious materials, including RUFA and sulphoaluminate cement, sourced from Triaxis Corporation.
View publicationA Study on Cement-Based Crack Injection Materials Using Reactive Ultra-Fine Fly Ash, Portland Cement (Type I), and Sulfoaluminate Cement
The materials section identifies both RUFA and sulfoaluminate cement supplied by Triaxis Company.
View publicationRUFA in VELITH
Research heritage, translated into an architectural mineral platform.
VELITH uses RUFA as one component of a broader mineral system that also includes a White BCSA-based binder, hybrid fiber reinforcement, controlled premixing, vacuum de-airing, air curing and a separate surface-protection system.
Within VELITH, RUFA is used to support the formulation objectives of controlled flow, particle packing, matrix refinement and consistent mineral casting. Finished-product performance depends on the complete VELITH formulation and production process — not on RUFA alone.
Evidence boundary: Academic RUFA studies provide independent material background. VELITH-specific claims should be supported by VELITH formulation data, internal product-development tests or project-specific third-party testing as applicable.
Technology Connection
From mineral research to product application.
RUFA
→
Triaxis
→
White BCSA
→
VELITH
→
Architectural Mineral Washbasins
Soft Bowl
Quiet, refined geometry demonstrating the smooth architectural expression of the VELITH mineral platform.
Broad Helix
Sculptural geometry demonstrating how mineral casting can carry texture, shadow and movement.
For Technical & Commercial Discussion
RUFA technology and VELITH collaboration.
For technical evaluation, material-development discussion, VELITH washbasins, OEM / private-label collaboration or casting-system enquiries, contact Triaxis.
Triaxis Co., Ltd.
jsyang@triaxis.com.tw