Wind energy materials · onshore · offshore · hybrid towers
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Wind turbine foundation grout

CBGM Onshore Wind Turbine Foundation Grout Range

A factory-blended range of flowable, pumpable and shrinkage-compensated cementitious grouts for onshore wind turbine baseplates, anchor cages and structural load-transfer zones. Grades are selected against the specified strength class, installation temperature, gap geometry and construction window.

Selection focus: wind turbine foundation grout
Sino-sina CBGM-120 wind turbine foundation grout 25 kilogram bag
Unified English packaging - CBGM-120 wind turbine foundation grout

Recommended uses

Where this material fits.

  • Wind turbine baseplate undergrouting
  • Anchor cage and anchor bolt load-transfer zones
  • Precast and hybrid wind tower connections
  • Large-volume pumping and continuous placement

Performance benefits

What the system is designed to deliver.

  • CBGM-80, CBGM-100, CBGM-120 and higher strength routes
  • High initial flow and 30-minute flow retention
  • Zero bleeding in the reviewed type tests
  • Strength, modulus, expansion and freeze-thaw data reported separately

Technical data

Requirements and reported values, separated.

“Requirement” is the stated acceptance threshold or range. “Actual result”, “typical value” and “published value” are not guaranteed minima unless the requirement column says so. Final acceptance must follow the approved TDS, report, test method and project conditions.

PropertyMinimum / specified requirementTypical / reported valueTest method / source
Product selectionPublished valueCBGM-80 / 100 / 120 / 125 / 130 / 140Select by structural design and approved method statement
Primary search intentPublished valueBaseplate, anchor cage and wind turbine foundation groutingApplication positioning based on the supplied manuals
Acceptance principlePublished valueGrade-specific requirement and independent result must be reviewed togetherNo family-level value replaces a grade-specific TDS or test report

Project approval input

Send the data that can change the product decision.

A technical recommendation is only as reliable as the project information supplied with the enquiry.

  1. 01Structure & connection

    Foundation, annulus, segment joint, duct or blade bond-line drawing.

  2. 02Geometry & volume

    Gap, section, lift height, net material volume and contingency.

  3. 03Acceptance criteria

    Strength ages, flow, modulus, bond, fatigue, durability and test methods.

  4. 04Environment

    Material, water, substrate and ambient temperature plus exposure conditions.

  5. 05Installation equipment

    Mixer output, pump, hose diameter, distance, access and standby capacity.

  6. 06Construction window

    Batch cycle, working time, continuous-placement plan, curing and release point.

English technical data sheet

CBGM Wind Turbine Foundation Grout - English TDS

Prepared from the supplied Sino-sina Building Materials Co., Ltd. product manual. Requirements are kept separate from published or reported values. Use the current controlled document and project specification for final approval.

Download English TDS

Independent test evidence

Privacy-protected evidence, not a marketing claim.

Values in the reported-result column were transcribed from independent laboratory reports supplied by Sino-sina. Public material retains Sino-sina Building Materials Co., Ltd. and, where positively verified, the testing institution and report reference; project/client identities, personnel, signatures, stamps, QR codes and contact addresses are omitted.

Download English test summary

Photographed field method

Wind foundation grout installation, shown in the correct sequence.

These upright site photographs document controlled mixing, secondary grouting around the anchor system and the completed load-transfer zone. They support the method statement; they do not replace the approved product TDS or project inspection plan.

Open the installation guide
Wind turbine foundation grout being mixed beside the anchor-bolt ring at high altitude
Controlled mixing and material staging beside the anchor-bolt ring.
Crew placing secondary grout around a wind turbine foundation anchor-bolt assembly
Secondary grout placement around the foundation connection.
Completed circular wind turbine anchor-cage grout zone before tower installation
Completed foundation load-transfer zone before tower installation.

Related materials

Compare products in the same engineering family.

Wind turbine foundation grout

CBGM-80 Wind Grout

A high-flow, non-shrink cementitious grout for onshore wind turbine baseplates and anchor cages where the approved design calls for an 80 MPa-class 28-day compressive strength requirement.
Primary search intent
80 MPa wind turbine foundation grout
Best fit
Onshore wind turbine baseplates
View product & technical data

Wind turbine foundation grout

CBGM-100 Wind Grout

A 100 MPa-class, high-flow cementitious foundation grout for onshore wind turbines, designed for efficient baseplate placement, controlled expansion and resistance to cyclic environmental exposure.
Primary search intent
100 MPa wind turbine grout
Best fit
Wind turbine tower flange grouting
View product & technical data

Wind turbine foundation grout

CBGM-120 Wind Grout

An ultra-high-strength, shrinkage-compensated cementitious grout for large onshore wind turbine baseplates and anchor cages, with type-test evidence for strength, flow retention, modulus, expansion and F300 freeze-thaw performance.
Primary search intent
120 MPa wind turbine foundation grout
Best fit
Large onshore wind turbine foundations
View product & technical data

Technical enquiry

Check whether CBGM Onshore Wind Grout matches your project.

Include the wind structure and connection drawing, geometry or bond line, volume, specified performance, temperature, standards, installation window and equipment.