QuantumGeopolymer UHPC
1.65 €/kg excl. VAT
1.65
€ excl. VAT
Packaging (kg) 25kg bag
An additional discount is available for orders of 10 tonnes or more.
QuantumGeopolymer UHPC is a high-performance, low-carbon material suitable for advanced architectural, structural, and industrial applications.
Due to its exceptional durability, chemical resistance, and reduced CO₂ footprint, it is ideal for projects requiring long-term performance under demanding conditions.
APPLICATIONS:
· Architectural façade panels and thin-walled elements
· Structural components with enhanced durability
· Urban furniture and landscape elements
· Industrial floors and wear-resistant surfaces
· Precast components exposed to aggressive environments
· Heat-resistant and fire-resistant applications
· Repair and strengthening of existing concrete structures
QuantumGeopolymer UHPC is a high-performance, low-carbon material suitable for advanced architectural, structural, and industrial applications.
Due to its exceptional durability, chemical resistance, and reduced CO₂ footprint, it is ideal for projects requiring long-term performance under demanding conditions.
APPLICATIONS:
· Architectural façade panels and thin-walled elements
· Structural components with enhanced durability
· Urban furniture and landscape elements
· Industrial floors and wear-resistant surfaces
· Precast components exposed to aggressive environments
· Heat-resistant and fire-resistant applications
· Repair and strengthening of existing concrete structures
PRODUCT OVERVIEW
QuantumGeopolymer UHPC is a next-generation cement-free binder system engineered for superior mechanical strength, durability, and sustainability. It leverages geopolymer chemistry to deliver a dense, low-porosity matrix with exceptional resistance to chemical attack, thermal cycling, and long-term degradation. It is a reduced carbon footprint UHPC compared to traditional Portland cement–based UHPC products.
COMPOSITIONS and MATERIALS
QuantumGeopolymer UHPC is formulated as a multi-component dry blend optimized for geopolymer activation and high mechanical performance. It contains a combination of aluminosilicate source materials, fine mineral fillers, reactive pozzolans, and graded sands/aggregates. All these are premixed as Part A. When combined with an alkaline activator solution, as Part B, the mixture forms a high-density geopolymeric network with superior bond strength and microstructural refinement. Optional fiber reinforcement—such as steel, basalt, or polymer microfibers—can be incorporated depending on project performance requirements.
PACKING
25kg paper bag, 1000kg BigBag, bulk on request.
SHELF LIFE
Up to 12 months if stored in a dry, climate-controlled storage area
SAFETY PRECAUTIONS
QuantumGeopolymer UHPC is a next-generation cement-free binder system engineered for superior mechanical strength, durability, and sustainability. It leverages geopolymer chemistry to deliver a dense, low-porosity matrix with exceptional resistance to chemical attack, thermal cycling, and long-term degradation. It is a reduced carbon footprint UHPC compared to traditional Portland cement–based UHPC products.
COMPOSITIONS and MATERIALS
QuantumGeopolymer UHPC is formulated as a multi-component dry blend optimized for geopolymer activation and high mechanical performance. It contains a combination of aluminosilicate source materials, fine mineral fillers, reactive pozzolans, and graded sands/aggregates. All these are premixed as Part A. When combined with an alkaline activator solution, as Part B, the mixture forms a high-density geopolymeric network with superior bond strength and microstructural refinement. Optional fiber reinforcement—such as steel, basalt, or polymer microfibers—can be incorporated depending on project performance requirements.
PACKING
25kg paper bag, 1000kg BigBag, bulk on request.
SHELF LIFE
Up to 12 months if stored in a dry, climate-controlled storage area
SAFETY PRECAUTIONS
- Wear appropriate personal protective equipment (PPE) such as gloves, goggles, and masks during handling.
- Avoid inhalation of dust particles.
- Wash hands thoroughly after handling UHPC.
Depending on the client's requirement, QuantumGeopolymerUHPC can produce up to 220 MPA compressive strength (by using fibers).
The table summarizes the characteristics of QuantumGeopolymerUHPC without fiber.
The table summarizes the characteristics of QuantumGeopolymerUHPC without fiber.
Color | Dark | |
Rheology | Self-compacting | |
Density (kg/m3) | 2325 | |
Flowability (mm) | t30 | 265 |
t60 | 300 | |
t120 | 310 | |
ttotal | 330 | |
Compressive strength (MPa) | 1 Day | 60.32 |
7 Day | 100.05 | |
28 Day | 151.09 | |
Flexural strength (MPa) | 1 Day | 8.9 |
7 Day | 11.3 | |
28 Day | 16.5 | |
Modulus of Elasticity (GPa) | 28 Day | 42 |
Chloride Ion Penetrability | Negligible |
- The formwork needs to be waterproof to prevent any leakage of the self-consolidating material during placement. Additionally, it should be lined or coated to avoid water absorption from the fresh material and to prevent bonding with the forms.
- Part A: Pre-mixed dry blend of reactive, fillers, and sands/aggregates
- Part B: Liquid alkaline activator solution
- Pre-mix Part A (dry blend) briefly to ensure uniformity.
- While mixing, slowly introduce Part B (alkaline activator solution).
- Continue mixing until the material reaches a smooth, homogeneous, self-consolidating consistency.
- For specialized mixers, we will provide customized guidance to optimize mixing time, sequence, and shear intensity.
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