High-strength crack bridging
Fine straight geometry is common in high-fiber-volume, dense matrices.
UHPC / HPC
Fibers for UHPC and HPC
Fiber selection for high-performance matrices where particle packing, rheology, mixer energy, high fiber volume, dispersion, orientation and component geometry are designed together.
Material pathways
UHPC can use more than one fiber technology
High-bond polymer
Used in designed high-ductility or specialty systems where fiber-matrix balance is deliberate.
Matrix-specific applications
Product chemistry, form and durability evidence must match the production process.
Mix development
Dispersion is a production qualification
01
Matrix
Confirm powders, aggregate, water-binder ratio and admixtures.
02
Rheology
Reach the intended flow before and after fiber addition.
03
Fiber addition
Control sequence, rate, mixer energy and temperature.
04
Validation
Inspect dispersion, flow, orientation, finish and mechanical tests.
Buyer information
Send the complete mix and component context
- UHPC/HPC mix design and target flow
- Component geometry and casting path
- Fiber material and dimensions if specified
- Mechanical and durability acceptance
- Mixer capacity and production rate
- Quantity, packaging and delivery schedule
Discuss a UHPC or HPC fiber system
Send the mix, component, target performance, production method, fiber reference and commercial volume.