CFRP Fabrics
& Laminates
Industrial-grade carbon fiber reinforcement systems available in four fabric weights and two rigid laminate configurations. Engineered for structural precision, installed for lasting strength.
The Complete CFRP System
Choose from four fabric weights engineered for different load demands, or specify a rigid laminate for precision structural applications. Click any product to jump to its full specification.
- Weight 200 g/m² / 5.9oz/yd³
- Orientation Unidirectional
- Weight 400 g/m² / 11.8oz/yd³
- Orientation Unidirectional
- Weight 560 g/m² / 16.52 oz/yd³
- Orientation Bidirectional (CMU)
- Weight 710 g/m² / 20.94 oz/yd³
- Orientation Unidirectional (CMU)
Spec the Right Fabric
Select a fabric weight to view full specifications, application guidance, and available downloads. All fabrics are high-modulus CFRP, stronger than steel and 100% non-corrosive.
The entry-weight option in the Rhino CFRP fabric range. Unidirectional orientation maximises tensile strength along the primary load axis. It is suited for poured concrete walls requiring structural reinforcement, crack stabilisation, or early-stage bowing repair across residential and light commercial applications.
Full Specifications — 200 GSM
| Specification | 200 GSM | Notes |
|---|---|---|
| Fabric Weight | 200 g/m² | Standard entry weight |
| Fiber Orientation | Unidirectional | Max tensile along load axis |
| Tensile Strength | Stronger than Steel | High-modulus carbon fiber |
| Wall Type | Poured Concrete | Residential & light commercial |
| Install Time | Single Day | Fast crew completion |
| Corrosion Resistance | 100% Non-Corrosive | No steel degradation risk |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Structural reinforcement & crack repair |
| Maintenance | Limited | Periodic inspection only |
The most widely specified weight in the Rhino fabric family. Unidirectional layup delivers exceptional resistance on both poured concrete and CMU block foundations — the go-to solution for contractors and engineers across residential and commercial projects.
Full Specifications — 400 GSM
| Specification | 400 GSM | Notes |
|---|---|---|
| Fabric Weight | 400 g/m² | Standard — most popular |
| Fiber Orientation | Unidirectional | Floor framing to footing engagement |
| Tensile Strength | Stronger than Steel | High-modulus CFRP |
| Wall Type | Poured Concrete & CMU | Broadest application range |
| Install Time | Single Day | Competitive job speed |
| Corrosion Resistance | 100% Non-Corrosive | Zero maintenance from rust |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Poured & block foundations |
| Maintenance | Limited | Periodic inspection only |
Bidirectional layup delivers multi-axis load resistance — engineered for concrete block (CMU) foundations under moderate-to-severe loading conditions. Greater fabric mass means higher force capacity per anchor point, suited for demanding residential and commercial structural repairs.
Full Specifications — 560 GSM
| Specification | 560 GSM | Notes |
|---|---|---|
| Fabric Weight | 560 g/m² | Heavy duty weight |
| Fiber Orientation | Bidirectional (CMU) | Multi-axis load resistance |
| Tensile Strength | Maximum Resistance | Higher force per anchor point |
| Wall Type | Block (CMU) | Residential & commercial CMU |
| Install Time | Single Day Capable | Depending on project scope |
| Corrosion Resistance | 100% Non-Corrosive | No maintenance from rust |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | CMU block structural repair |
| Maintenance | Limited | Periodic inspection only |
The highest-weight fabric in the Rhino range. Unidirectional orientation and maximum fiber mass deliver the ultimate resistance for the most demanding structural applications — engineer-specified critical scenarios across commercial and residential projects.
Full Specifications — 710 GSM
| Specification | 710 GSM | Notes |
|---|---|---|
| Fabric Weight | 710 g/m² | Maximum fabric weight |
| Fiber Orientation | Unidirectional | Max tensile along primary load axis |
| Tensile Strength | Advanced Structural Spec. | Engineer-specified critical repairs |
| Wall Type | Poured Concrete & CMU | Commercial & residential critical repair |
| Install Time | Project-Dependent | Engineer spacing guidance required |
| Corrosion Resistance | 100% Non-Corrosive | Long-term property protection |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Engineer-specified structural scenarios |
| Maintenance | Limited | Periodic inspection only |
Spec the Right Laminate
Select a laminate profile to view full specifications and download documentation. Rhino pre-cured laminates bond with structural epoxy adhesive — no excavation required, no steel corrosion, limited maintenance.
Pre-cured rigid carbon fiber laminate — consistently manufactured for predictable structural performance. The 1.21 mm profile suits standard reinforcement and repair tasks, bonded with high-strength structural epoxy for a flush, low-profile finish.
Full Specifications — Laminate 1.21
| Specification | Laminate 1.21 | Notes |
|---|---|---|
| Product Type | Pre-Cured Laminate | Consistent cross-section |
| Thickness | 1.21 mm | Standard profile |
| Fiber Type | High-Modulus Carbon Fiber | CFRP — pre-cured |
| Application Type | Standard Structural Reinforcement | Bonded with structural epoxy |
| Wall Type | Poured Concrete & CMU | Both wall types supported |
| Bowing Stage | Standard Repair | Early to moderate conditions |
| Install Time | Single Day | Structural epoxy cure |
| Tensile Strength | Stronger than Steel | High-modulus CFRP |
| Corrosion Resistance | 100% Non-Corrosive | Wet foundation rated |
| Finish After Install | Paintable / Low Profile | Minimal footprint |
| Maintenance | Limited | Periodic inspection only |
The heavy-duty rigid laminate in the Rhino system. The increased 1.41 mm thickness delivers a higher moment of inertia — engineered for large spans, severe bowing pressure, high hydrostatic loads, and critical structural repair scenarios requiring maximum stiffness.
Full Specifications — Laminate 1.41
| Specification | Laminate 1.41 | Notes |
|---|---|---|
| Product Type | Pre-Cured Laminate | Heavy-duty profile |
| Thickness | 1.41 mm | Advanced / maximum thickness |
| Fiber Type | High-Modulus Carbon Fiber | CFRP — pre-cured |
| Application Type | Advanced Structural Reinforcement | Engineer-specified scenarios |
| Wall Type | Poured Concrete & CMU | Both wall types supported |
| Load Conditions | Severe Bowing / High Hydrostatic | Large spans & critical repairs |
| Install Method | Adhesive Bond | No excavation required |
| Install Time | Project-Dependent | Structural epoxy cure |
| Tensile Strength | Stronger than Steel | Maximum stiffness / moment of inertia |
| Corrosion Resistance | 100% Non-Corrosive | Long-term structural integrity |
| Finish After Install | Paintable / Low Profile | Minimal footprint |
| Maintenance | Limited | Periodic inspection only |
Not sure which laminate profile is right for your project? Our engineering team can help you specify.
Engineered for Every Structure
Rhino CFRP fabrics and laminates are used across residential, commercial, and industrial applications, strengthening beams, slabs, columns, walls, and more. Applied to cast-in-place concrete, precast, prestressed concrete, and CMU substrates.
Load Increases
- Strengthening beams, slabs, columns & walls for increased loading
- Support of new or heavier industrial & commercial equipment
- Structures subject to dynamic or vibrating loads
- Change in building use resulting in higher design loads
- Upgrading the structural integrity of existing buildings to meet current codes and standards
Repair of Damaged Structures
- Parking garages, bridges, buildings & tunnels
- Piers, chimneys & retaining walls
- Elements affected by material aging or steel corrosion
- Repair of damage from vehicle impact or accidental loading
- Environmental exposure & deterioration repair
Structural Modifications
- Strengthening after removal of load-bearing walls or columns
- Reinforcement around new slab openings or penetrations
- Decrease in slab & beam deformation
- Local strengthening to accommodate structural alterations
- Retrofit of members with insufficient reinforcement
Design & Construction Defects
- Strengthening of elements with inadequate structural depth
- Correction of detailing or construction shortcomings
- Retrofit of members with insufficient reinforcement capacity
- Elements requiring engineer-assessed structural upgrading
- All work certified by a licensed professional engineer
Crack Repair & Stabilisation
- Concrete crack repair on walls, slabs & columns
- Bidirectional weave for cracks requiring strength in all directions
- Unidirectional weave for cracks requiring strength in two directions
- Can be used standalone or with injection repair products
- Prevents re-cracking and helps stop water ingress
Applicable Structures & Substrates
- Cast-in-place & precast concrete members
- Prestressed concrete elements
- Concrete masonry units (CMU)
- Brick & masonry surfaces
- Commercial, industrial & residential applications
Everything you need to know about Rhino Carbon Fiber and Laminates. Can't find an answer? Contact our technical team directly.
Stop Patching.
Start Reinforcing.
Find your nearest distributor, download the full Technical Sheet, or connect with a Rhino Carbon Fiber sales member to discuss your next project.
CFRP Fabrics
& Laminates
Industrial-grade carbon fiber reinforcement systems available in four fabric weights and two rigid laminate configurations. Engineered for structural precision, installed for lasting strength.
The Complete CFRP System
Choose from four fabric weights engineered for different load demands, or specify a rigid laminate for precision structural applications. Click any product to jump to its full specification.
- Weight 200 g/m² / 5.9oz/yd³
- Orientation Unidirectional
- Weight 400 g/m² / 11.8oz/yd³
- Orientation Unidirectional
- Weight 560 g/m² / 16.52 oz/yd³
- Orientation Bidirectional (CMU)
- Weight 710 g/m² / 20.94 oz/yd³
- Orientation Unidirectional (CMU)
Spec the Right Fabric
Select a fabric weight to view full specifications, application guidance, and available downloads. All fabrics are high-modulus CFRP, stronger than steel and 100% non-corrosive.
The entry-weight option in the Rhino CFRP fabric range. Unidirectional orientation maximises tensile strength along the primary load axis. It is suited for poured concrete walls requiring structural reinforcement, crack stabilisation, or early-stage bowing repair across residential and light commercial applications.
Full Specifications — 200 GSM
| Specification | 200 GSM | Notes |
|---|---|---|
| Fabric Weight | 200 g/m² / 5.9oz/yd³ | Standard entry weight |
| Fiber Orientation | Unidirectional | Max tensile along load axis |
| Tensile Strength | Stronger than Steel | High-modulus carbon fiber |
| Wall Type | Poured Concrete | Residential & light commercial |
| Install Time | Single Day | Fast crew completion |
| Corrosion Resistance | 100% Non-Corrosive | No steel degradation risk |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Structural reinforcement & crack repair |
| Maintenance | Limited | Periodic inspection only |
The most widely specified weight in the Rhino fabric family. Unidirectional layup delivers exceptional resistance on both poured concrete and CMU block foundations — the go-to solution for contractors and engineers across residential and commercial projects.
Full Specifications — 400 GSM
| Specification | 400 GSM | Notes |
|---|---|---|
| Fabric Weight | 400 g/m² / 11.8oz/yd³ | Standard — most popular |
| Fiber Orientation | Unidirectional | Floor framing to footing engagement |
| Tensile Strength | Stronger than Steel | High-modulus CFRP |
| Wall Type | Poured Concrete & CMU | Broadest application range |
| Install Time | Single Day | Competitive job speed |
| Corrosion Resistance | 100% Non-Corrosive | Zero maintenance from rust |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Poured & block foundations |
| Maintenance | Limited | Periodic inspection only |
Bidirectional layup delivers multi-axis load resistance — engineered for concrete block (CMU) foundations under moderate-to-severe loading conditions. Greater fabric mass means higher force capacity per anchor point, suited for demanding residential and commercial structural repairs.
Full Specifications — 560 GSM
| Specification | 560 GSM | Notes |
|---|---|---|
| Fabric Weight | 560 g/m² / 16.52 oz/yd³ | Heavy duty weight |
| Fiber Orientation | Bidirectional (CMU) | Multi-axis load resistance |
| Tensile Strength | Maximum Resistance | Higher force per anchor point |
| Wall Type | Block (CMU) | Residential & commercial CMU |
| Install Time | Single Day Capable | Depending on project scope |
| Corrosion Resistance | 100% Non-Corrosive | No maintenance from rust |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | CMU block structural repair |
| Maintenance | Limited | Periodic inspection only |
The highest-weight fabric in the Rhino range. Unidirectional orientation and maximum fiber mass deliver the ultimate resistance for the most demanding structural applications — engineer-specified critical scenarios across commercial and residential projects.
Full Specifications — 710 GSM
| Specification | 710 GSM | Notes |
|---|---|---|
| Fabric Weight | 710 g/m² / 20.94 oz/yd³ | Maximum fabric weight |
| Fiber Orientation | Unidirectional | Max tensile along primary load axis |
| Tensile Strength | Advanced Structural Spec. | Engineer-specified critical repairs |
| Wall Type | Poured Concrete & CMU | Commercial & residential critical repair |
| Install Time | Project-Dependent | Engineer spacing guidance required |
| Corrosion Resistance | 100% Non-Corrosive | Long-term property protection |
| Finish | Smooth, Paintable | No added footprint |
| Applications | Residential & Commercial | Engineer-specified structural scenarios |
| Maintenance | Limited | Periodic inspection only |
Spec the Right Laminate
Select a laminate profile to view full specifications and download documentation. Rhino pre-cured laminates bond with structural epoxy adhesive — no excavation required, no steel corrosion, limited maintenance.
Pre-cured rigid carbon fiber laminate — consistently manufactured for predictable structural performance. The 1.21 mm profile suits standard reinforcement and repair tasks, bonded with high-strength structural epoxy for a flush, low-profile finish.
Full Specifications — Laminate 1.21
| Specification | Laminate 1.21 | Notes |
|---|---|---|
| Product Type | Pre-Cured Laminate | Consistent cross-section |
| Thickness | 1.21 mm | Standard profile |
| Fiber Type | High-Modulus Carbon Fiber | CFRP — pre-cured |
| Application Type | Standard Structural Reinforcement | Bonded with structural epoxy |
| Wall Type | Poured Concrete & CMU | Both wall types supported |
| Bowing Stage | Standard Repair | Early to moderate conditions |
| Install Time | Single Day | Structural epoxy cure |
| Tensile Strength | Stronger than Steel | High-modulus CFRP |
| Corrosion Resistance | 100% Non-Corrosive | Wet foundation rated |
| Finish After Install | Paintable / Low Profile | Minimal footprint |
| Maintenance | Limited | Periodic inspection only |
The heavy-duty rigid laminate in the Rhino system. The increased 1.41 mm thickness delivers a higher moment of inertia — engineered for large spans, severe bowing pressure, high hydrostatic loads, and critical structural repair scenarios requiring maximum stiffness.
Full Specifications — Laminate 1.41
| Specification | Laminate 1.41 | Notes |
|---|---|---|
| Product Type | Pre-Cured Laminate | Heavy-duty profile |
| Thickness | 1.41 mm | Advanced / maximum thickness |
| Fiber Type | High-Modulus Carbon Fiber | CFRP — pre-cured |
| Application Type | Advanced Structural Reinforcement | Engineer-specified scenarios |
| Wall Type | Poured Concrete & CMU | Both wall types supported |
| Load Conditions | Severe Bowing / High Hydrostatic | Large spans & critical repairs |
| Install Method | Adhesive Bond | No excavation required |
| Install Time | Project-Dependent | Structural epoxy cure |
| Tensile Strength | Stronger than Steel | Maximum stiffness / moment of inertia |
| Corrosion Resistance | 100% Non-Corrosive | Long-term structural integrity |
| Finish After Install | Paintable / Low Profile | Minimal footprint |
| Maintenance | Limited | Periodic inspection only |
Not sure which laminate profile is right for your project? Our engineering team can help you specify.
Engineered for Every Structure
Rhino CFRP fabrics and laminates are used across residential, commercial, and industrial applications — strengthening beams, slabs, columns, walls, and more. Applied to cast-in-place concrete, precast, prestressed concrete, and CMU substrates.
Load Increases
- Strengthening beams, slabs, columns & walls for increased loading
- Support of new or heavier industrial & commercial equipment
- Structures subject to dynamic or vibrating loads
- Change in building use resulting in higher design loads
- Upgrading the structural integrity of existing buildings to meet current codes and standards
Repair of Damaged Structures
- Parking garages, bridges, buildings & tunnels
- Piers, chimneys & retaining walls
- Elements affected by material aging or steel corrosion
- Repair of damage from vehicle impact or accidental loading
- Environmental exposure & deterioration repair
Structural Modifications
- Strengthening after removal of load-bearing walls or columns
- Reinforcement around new slab openings or penetrations
- Decrease in slab & beam deformation
- Local strengthening to accommodate structural alterations
- Retrofit of members with insufficient reinforcement
Design & Construction Defects
- Strengthening of elements with inadequate structural depth
- Correction of detailing or construction shortcomings
- Retrofit of members with insufficient reinforcement capacity
- Elements requiring engineer-assessed structural upgrading
- All work certified by a licensed professional engineer
Crack Repair & Stabilisation
- Concrete crack repair on walls, slabs & columns
- Bidirectional weave for cracks requiring strength in all directions
- Unidirectional weave for cracks requiring strength in two directions
- Can be used standalone or with injection repair products
- Prevents re-cracking and helps stop water ingress
Applicable Structures & Substrates
- Cast-in-place & precast concrete members
- Prestressed concrete elements
- Concrete masonry units (CMU)
- Brick & masonry surfaces
- Commercial, industrial & residential applications
Everything you need to know about Rhino Carbon Fiber and Laminates. Can't find an answer? Contact our technical team directly.
Stop Bracing.
Start Reinforcing.
Find your nearest distributor, download the full Technical Sheet, or connect with a Rhino Carbon Fiber sales member to discuss your next project.