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CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
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  • CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
  • CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
  • CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications

CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications

HGM-100 wind power foundation grouting material is a high-performance grouting material. It serves as an excellent complementary solution for reinforcing foundations of wind power projects, reservoir dams, heavy machinery equipment, and nuclear power plants. This material boasts outstanding performance characteristics, including high stability, excellent weather resistance, anti-oxidation properties, and a long service life. It provides reliable protection for the quality of your engineering projects! Complies with NB/T31006 standard.

Main business:Building, infrastructure, industrial, mining, marine engineering, military engineering, expressway, tunnel, bridge, concrete repair, installation of large-scale mechanical equipment, wind power equipment, foundation bolt fixing, etc. High-performance, early-strength, micro-expansion, self-compacting, large-flow leveling, rapid repair cement grouting material

  • Commodity name: CGM-100 High-performance grouting material for wind turbine foundations—high-strength grouting material specifically designed for onshore, offshore, and wind farm applications
  • Description
  • 1. Packaging and Logistics: Delivery Date Guarantee

    Packaging Three-ply film-composite bag Specifications 25KG/ bag Volume 60*40*15 cm³
    Minimum order quantity 1000KG Minimum order quantity Delivery date 1-7 Workday Shelf life Dry and well-ventilated 12 months
    Transaction method FOB/EXW Payment method Telegraphic Transfer / Letter of Credit  Ship goods FOB Shanghai / Ningbo

    2. Product Description

    The CGM-100 wind turbine foundation grouting material is a shrinkage-free, high-strength grouting material specifically designed for the bases of megawatt-class wind turbines. It features a composite formulation combining ultrafine cement with high-performance polymers, enabling it to withstand the long-term dynamic loads generated during wind turbine operation and ensuring a rigid connection between the tower and the foundation.

    3. Application Scenarios and Features

    Application scenarios Features:
    1. Installation of onshore wind farm tower foundation 1. Ultra-high strength
    2. Anchor bolting for offshore wind turbine foundations 2. Micro-expanding self-leveling
    3. Reinforcement of the foundation structure of aging airfields 3. High elastic modulus
    4. Seismic and Impact Resistance Protection Against Extreme Weather Conditions 4. Low-temperature resistance
    5. Hybrid-based corrosion-resistant and durable protection 5. Chloride-free

     4. Technical Specifications: Performance Assurance in Extreme Environments

    Key parameters: Compressive strength (1 day > 30 MPa, 3 days ≥ 50 MPa, 28 days > 100 MPa), vertical expansion rate (≥ 0.02%), flowability (initial > 340 mm, 30 min > 320 mm), freeze-thaw resistance grade (F300), and modulus of elasticity (28 days > 3.0 × 10⁴ MPa).

    Structural safety throughout the entire lifecycle

    Onshore wind power: Secondary grouting of turbine foundations for wind farms in mountainous and plain areas;

    Offshore wind power: Connection between the jacket foundation and the support structure of offshore wind turbines in the intertidal zone and nearshore areas;

    Old wind turbine retrofit: Reinforcement of existing foundations and upgrade of load capacity, compatible with 2.5 MW to 6 MW models.

     

    5. Functional Features: Three Major Technological Breakthroughs

    1. Micro-expansion compensation: The non-shrinking property ensures 100% contact between the grouting layer and the base, preventing voids.

    2. Dynamic Load Adaptation: The elastic modulus is matched to the wind turbine’s steel structure to absorb operational vibrations.

    3. Compatible with low-temperature construction: Can be applied in environments as low as -10℃; the addition of antifreeze components does not affect the later strength.

    6. Instructions for Use: Standardized Construction Process

    1. Base preparation: Roughen the concrete surface, install formwork and apply release agent, and use compressed air to remove dust.

    2. Material Preparation: Mix the materials with a water-to-material ratio of 1:8.5 and mechanically stir for 3–5 minutes to ensure there are no granular particles remaining.

    3. Continuous grouting: Allow the grout to flow freely from one side to the other, with a height exceeding the anchor bolts by 50 mm, and vibrate thoroughly to ensure compaction.

    4. Maintenance: Cover with moisture-retaining cotton. In summer, water regularly for 7 days; in winter, use an electric heating blanket for insulation and maintenance.

    7. Construction Scenarios

    Next, we’ll play a video of the construction site, showcasing the entire process—from foundation preparation to grouting completion. The video highlights key procedures such as mechanical mixing, continuous pouring, and vibration compaction, emphasizing the product’s ease of construction and on-site adaptability.

    8. Success Stories

    9. Reasons to Choose Us

    • Our company has a professional technical R&D team that provides free assistance in resolving all technical challenges you may encounter during construction.
    • The raw materials used in our company’s products undergo rigorous screening, and we carefully select imported admixtures that are scientifically proportioned. The quality mix ratio error after three stages of processing does not exceed one-thousandth, ensuring that their functional characteristics meet the diverse application needs of our customers.
    • High cost performance: Choose our company’s products. You’ll save 50% on labor, 50% on materials, and 50% on time—boosting construction efficiency and delivering significant economic benefits. We’ll ensure the quality of your project, giving you peace of mind and eliminating any future worries.
    • Provide third-party type test reports, certificates of conformity, warranty certificates, special invoices, MSDS, and TCIR.
    • Qualification Certifications: CCC, CMA, CNAS, ISO9001, CE/FCC; Product Implementation Standard: T/CECS 10379-2024
    • We have successful track records in the supply chain for large-scale wind power projects both domestically and internationally. Quality commitment guaranteed!

     

    Factory Strength

Qualification

Business License
Jiangsu Private Technology Enterprise
Quality Management System Certification
Quality Management System Certification
Inspection report
Inspection report
Inspection report
Inspection report
Inspection report
Trademark Registration Certificate
Trademark Registration Certificate
Trademark Registration Certificate
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