Technical Services
Integrated UHPC Capabilities
Industrial OEM precast manufacturing, bespoke mix-design R&D, and specification-grade quality assurance for international bridge, facade, and research applications.
Industrial Manufacturing
OEM Precast Production
Our ISO 9001-certified production facilities deliver UHPC precast components at industrial scale—from bridge deck panels and girders to architectural facade cladding and custom structural elements. Automated batching systems with real-time rheology monitoring ensure batch-to-batch consistency within ±1% tolerance.
- Annual production capacity exceeding 50,000 m³
- High-shear colloidal mixers with automated silica fume dispersion
- Steam-curing chambers for accelerated 24-hour strength development
- BIM-integrated production with RFID component traceability
- Export packaging, logistics coordination, and on-site technical support
Production Capabilities
Laboratory Equipment
Materials Science
Custom Material Formulation R&D
Our materials science laboratory collaborates with international engineering firms to develop project-specific UHPC formulations. Using the Compressible Packing Model (CPM) and modified Andreasen particle grading, we optimize mix designs for target performance envelopes—balancing compressive strength, post-cracking ductility, rheological workability, and long-term durability under defined exposure classes.
- Proprietary mix design for project-specific performance targets
- Fiber-matrix interface optimization (steel, PVA, hybrid systems)
- Durability screening: chloride ingress, carbonation, ASR, freeze-thaw
- Scale-up validation from 0.05 m³ laboratory to 3+ m³ industrial batches
- Full technical documentation and performance test reports
Quality Assurance Framework
Rigorous quality control at every stage—from raw material verification through production monitoring to post-curing performance validation.
Raw Material QC
Cement, silica fume, and admixture testing per GB/T standards with supplier qualification audits.
Production Monitoring
Real-time rheology tracking, temperature logging, and automated batch record generation.
Performance Validation
Compressive strength, flexural testing, UPV, and chloride diffusion coefficient verification.
FAQ
Frequently asked questions
What compressive strength can UHPC Lab projects target?
Structural UHPC programs typically target characteristic 28-day compressive strength from 120 MPa to 180 MPa, with fcm,28 at or above 150 MPa where specified. Final targets depend on structural design, fiber system, and applicable standards such as GB/T 31387 or ACI 239R.
Do you support OEM precast production in China?
Yes. We connect international partners with ISO 9001-aligned batching and precast facilities, including rheology-controlled mixing, curing protocols, QC documentation, and scale-up from trial batches to industrial production volumes.
Can you develop a custom UHPC mix for a specific project?
Yes. Custom formulation R&D includes particle packing optimization, fiber system selection, durability screening (e.g. DRCM, carbonation, freeze-thaw), and validation from laboratory batches through multi-cubic-meter industrial trials.
Which international standards do you reference?
We commonly align with GB/T 31387, ACI 239R, fib Model Code 2010 exposure and fiber principles, and project-specific durability test methods such as NT BUILD 492 for chloride migration where marine or de-icing exposure applies.
How do I start a technical inquiry?
Use the contact form at uhpclab.com/contact with your project scope, target performance, timeline, and specification references. Our team typically responds within two business days.
Discuss Your Project Requirements
Our engineering team is ready to assess feasibility, provide technical specifications, and develop a tailored UHPC solution for your application.
Contact Our Team