Wind power materials
Wind power materials
CBGM Onshore Wind Power High Strength Non-Shrink Grout
CBGM Onshore Wind Power High Strength Non-Shrink Grout is a Sino-sina engineering material developed for wind-energy foundations, tower interfaces or component bonding under demanding installation and service conditions.
Review application and selection guidanceSINO-SINACBGM Onshore Wind Power High Strength Non-Shrink GroutVerified product main image pending
Product overview
Specified around the application.
CBGM Onshore Wind Power High Strength Non-Shrink Grout is a Sino-sina engineering material developed for wind-energy foundations, tower interfaces or component bonding under demanding installation and service conditions.
Product selection should consider foundation type, fatigue loading, required flow retention, early release strength, final strength and temperature. The installation method and acceptance criteria must be confirmed against the current technical data sheet and project specification.
Typical applications
Where this material is considered.
- Onshore wind tower foundations
- Offshore monopile and jacket connections
- Suction bucket or hybrid tower systems
- Wind component bonding by selected product
System benefits
What the product route is designed to provide.
- Application-led wind power material selection
- Options for high strength and long pumping windows
- Controlled volume stability
- Technical support for mixing, pumping and placement
Selection & specification
Checks required before approval.
Technical values are not estimated on this page. Use only the current approved technical data sheet, test report and project specification for product acceptance.
01Match grade to structural design values
02Confirm early and final strength requirements
03Verify flow retention at site temperature
04Approve equipment, hose route and quality-control plan
Technical enquiry
Request the current technical data for CBGM Onshore Wind Power High Strength Non-Shrink Grout.
Include foundation type, grout geometry and volume, strength ages, flow requirement, temperature, standards, placement distance and equipment.