Thickness Options：5 mm / 8 mm / 13 mm
Compressive Strength：≥30 MPa After Curing
Curing Time：Initial Set 30–60 Minutes
Roll Width：1 m / 1.2 m / Custom Width
Service Life：20+ Years Outdoor Performance
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Description
Technical Parameters
RAPID CONSTRUCTION GCCM
Rapid Construction Concrete Cement Blanket
Flexible Geosynthetic Cementitious Composite Mat for Rapid Surface Protection
Rapid Construction Concrete Cement Blanket is a roll-form cementitious composite designed for applications where conventional concrete placement is difficult, slow or equipment-intensive. The dry cementitious matrix is factory integrated into a reinforced textile structure and activated with water after deployment.
THICKNESS RANGE
5 / 8 / 13 mm
UNIT WEIGHT
7–19 kg/m²
GCCM CLASS
Type I–III
TECHNICAL DATA SHEET
Concrete Cement Blanket Technical Specifications
Typical values for three GCCM thickness classes. Final product specifications should be confirmed against the manufacturer's current technical documentation and project requirements.
Parameter
CC5 / Type I
CC8 / Type II
CC13 / Type III
Nominal Thickness
5 mm
8 mm
13 mm
ASTM D8364 Classification
Type I
Type II
Type III
Mass per Unit Area
7 kg/m²
12 kg/m²
19 kg/m²
Density
1430–1540 kg/m³
1430–1540 kg/m³
1430–1540 kg/m³
Typical Bulk Roll Size
1.0 × 200 m
1.1 × 114 m
1.1 × 73 m
Area per Bulk Roll
200 m²
125 m²
80 m²
Peel Strength, MD
4.0 kN/m
4.5 kN/m
5.0 kN/m
Compressive Strength, 28 Days
80 MPa*
80 MPa*
80 MPa*
Final Flexural Strength
10 MPa
6 MPa
6 MPa
Pyramid Puncture Resistance
4.0 kN
7.0 kN
12.5 kN
Working Time After Hydration
1–2 hours
1–2 hours
1–2 hours
Abrasion Resistance
0.2 mm / 1000 cycles
0.2 mm / 1000 cycles
0.2 mm / 1000 cycles
Thermal Expansion
0.012–0.015 α
0.012–0.015 α
0.012–0.015 α
Freeze-Thaw Resistance
95% retained*
95% retained*
95% retained*
* Typical industry-published values from comparable GCCM technical data. Confirm final values, test methods and tolerances with the actual manufacturer's technical datasheet before specification.
PERFORMANCE
Three Thickness Classes for Different Engineering Conditions
5 mm · Type I
The lightest configuration, suitable for applications where lower material weight and efficient coverage are priorities.
8 mm · Type II
A balanced configuration for general erosion-control and surface-protection requirements where greater thickness is required.
13 mm · Type III
The highest-mass configuration in this range, intended for applications requiring increased material thickness and puncture resistance.
RAPID CONSTRUCTION
Why Roll-Form Concrete Can Reduce Construction Complexity
01
No Conventional Batching
The cementitious material is factory prepared before delivery.
02
Roll-Based Handling
Material is transported and deployed as a continuous roll.
03
Water Activation
Hydration activates the dry cementitious matrix after deployment.
04
Hardened Surface
The hydrated composite develops into a hardened cementitious layer.
INSTALLATION METHOD
From Dry Roll to Hardened Concrete Surface
STEP 01
Prepare
Prepare and grade the substrate. Remove loose debris, vegetation and sharp objects.
STEP 02
Deploy
Unroll the blanket and position it over the required area according to the project layout.
STEP 03
Fix
Secure edges, overlaps and critical areas using the specified fixing method.
STEP 04
Hydrate
Apply water uniformly to activate the cementitious material throughout the blanket.
STEP 05
Cure
Allow sufficient hydration and curing time for the cementitious matrix to develop its designed performance.
PROJECT SPECIFICATION
Specify the Material by Engineering Requirement
Application Type Slope, drainage channel, ditch, swale, erosion-control surface or infrastructure protection.
Coverage Area Length, width, total square meters and required roll configuration.
Hydraulic Conditions Water flow, runoff concentration, expected velocity and abrasion exposure.
Provide your application, coverage area, substrate conditions and required performance. We can help identify the appropriate thickness, roll configuration and technical specification.
