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Onshore wind foundations
High-flow, non-shrink grout for tower baseplates, anchor cages, anchor bolts and precast tower joints.
View application system →
Engineering materials for critical infrastructure
Material solutions engineered around the structure.
From wind turbine foundations to UHPC structures, industrial floors and concrete performance, Sino-sina develops materials around real application and installation requirements.
2008 Special concrete materials200+ Patented technologies60+ Wind project referencesGlobal Technical supply support
Sino-sina engineering materials
One technical platform. Multiple infrastructure solutions.
Our website is organized by engineering problem, then application and product—not by a flat product catalogue. This creates a clear route for technical buyers today and room to add new solution families without changing the site architecture later.
View the solution architecture →Featured solution
Wind power is our first complete solution family.
Explore onshore, offshore and suction-bucket applications now. UHPC, flooring and concrete-additive solution families follow within the same structure.
02
Offshore grouted connections
Ultra-high-strength systems for monopile, transition-piece, jacket and other marine foundation interfaces.
View application system →
03
Suction bucket foundations
Low-density, long-retention grout engineered for suction bucket and suction caisson installation routes.
View application system →Field executionMixing · Pumping · Placement · QC
Performance framework
Materials, equipment and method must work as one system.
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High-flow placement
Retained workability for continuous mixing and pumping routes.
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Strength & fatigue
Grade selection against early release, final strength and cyclic loading.
03
Volume stability
Shrinkage-compensated systems designed to maintain full interface contact.
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Harsh environments
Options for low temperature, underwater placement and marine exposure.
Product selector
Six grout systems with distinct engineering roles.
Onshore wind turbine grout
CBGM Onshore Wind Turbine Foundation Grout
Best fitSteel tower baseplate undergrouting
Product details →Offshore wind turbine grout
CBGM-125 Offshore Wind Turbine Grout
Best fitMonopile and transition-piece grouted connections
Product details →Low-density offshore grout
CBGM-5 Low-Density Suction Bucket Foundation Grout
Best fitOffshore wind suction bucket foundations
Product details →Underwater cementitious grout
CBGM-70 Underwater Anti-Washout Grout
Best fitUnderwater void filling and foundation grouting
Product details →Cold-weather wind grout
CBGM Antifreeze Wind Turbine Grout
Best fitWinter installation of onshore wind turbines
Product details →Precast and hybrid tower grout
Kuaizhuang® Hybrid Wind Tower Joint Grout
Best fitPrecast concrete wind tower segment joints
Product details →Project experience
Field references, not generic claims.
Project content links the site condition, selected material and technical reason for use.
ONSHORE WIND / FOUNDATION GROUTING
Kaisa Mulei Shisigejingzi 800 MW Wind Power Project
CBGM antifreeze high-strength non-shrink groutView project references →Severe winter construction
Harbin Binxian Phase II 150 MW Wind Power Project
CBGM antifreeze wind turbine groutOnshore turbine foundations
CGN Inner Mongolia Chifeng 100 MW Wind Power Project
CBGM high-strength non-shrink groutDistributed onshore wind
Yuzhong Gongjing 45 MW Distributed Wind Power Project
CBGM wind turbine foundation groutTechnical resources
Support product approval with usable engineering information.
Selection guides, installation logic, project data checklists, TDS downloads and application-focused technical articles.
Open technical libraryTechnical enquiry
Send the foundation data before choosing a grout grade.
Include foundation type, grout geometry and volume, strength ages, flow requirement, temperature, standards, placement distance and equipment.
Preview photography: Wikimedia Commons. Final installation will use approved Sino-sina project photography.