Structural grouting
Structural grouting
EGM-100 Epoxy Grout
High-Strength, Non-Shrink Epoxy Grout for Precision Equipment and Anchor Bolt Applications A high-performance, three-component epoxy grouting system featuring 100% solids, solvent-free formulation. Combines deep-pour capability, high early strength, and zero shrinkage for machinery baseplates, anchor bolts, and dynamic equipment foundations. Ideal for crane rail, industrial plants, wind turbines, and precision alignment applications under harsh conditions.
Review technical parametersSINO-SINAEGM-100 Epoxy GroutVerified product main image pending
Product overview
Performance and application overview.
EGM-100 Epoxy Grout is a high-performance, 100% solids, non-shrink epoxy grout designed for deep pour, heavy-duty anchoring and baseplate grouting applications. With excellent early and ultimate strength, superior bond to concrete and steel, and outstanding chemical resistance, it is ideal for use in industrial foundations, anchor bolt grouting, wind turbine baseplates, and dynamic equipment installations.
Formulated for long working time and low exotherm, EGM-100 enables safe, single-pour depths up to 2 meters. It meets ASTM standards including ASTM C579 for compressive strength, ASTM C882 for bond strength, and is engineered to perform in harsh environments requiring vibration-resistant, deep pour epoxy grouting systems.
Technical parameters
Original product values for technical screening.
Values are reproduced without keyword editing. Final selection must follow the current approved technical data sheet, test method and project conditions.
The source page publishes a value or range but does not identify it as a minimum or a typical result. It is therefore retained as a published value pending TDS confirmation.
| Property | Value | Test Standard |
|---|---|---|
| Flowability | ≥230 mm | ASTM C138 / GB Method |
| Working Time | 50–70 min | ASTM D2471 |
| Compressive Strength | 1d: ≥50 MPa3d: ≥65 MPa7d: ≥95 MPa | ASTM C579 B |
| Flexural Strength | ≥20 MPa @ 7d | ASTM C580 |
| Bond to Concrete | ≥3.0 MPa | ASTM C882 |
| Density (A+B+C) | 2.1 – 2.2 kg/L | ASTM D792 |
| Operating Temperature Range | -50°C to +80°C | Internal Test |
Technical brochures & references
Supporting product material.
These brochure and reference pages support technical review but are intentionally not used as product main images. Refer to the approved TDS and report for acceptance values.
Product usage
Application and installation guidance.
Applications
1.Grouting for compressors, turbines, pumps, presses.
2.Precision rail track bed and bridge bearing grout.
3.Anchor bolt grouting and rebar fixing.
4.Heavy machinery baseplate leveling.
5.Corrosion-resistant foundation grouting in chemical plants.
6.Structural repair and crack control in dynamic load environment.
Installation Guidelines
Surface Prep: Clean to SSPC-SP6; concrete ground to 25 mm chamfer.
Surface Prep: Clean to SSPC-SP6; concrete ground to 25 mm chamfer.
Formwork: Minimum 100 mm gap; apply release agent.
Formwork: Minimum 100 mm gap; apply release agent.
Mixing: ●Mix A+B at 200–250 rpm for ~3 min ●Add C and mix at 15–20 rpm for 5–10 min
Mixing:
●Mix A+B at 200–250 rpm for ~3 min
●Add C and mix at 15–20 rpm for 5–10 min
Pouring: Continuous pour (25–35 mm layers); use gravity feed for >1.5 m deep.
Pouring: Continuous pour (25–35 mm layers); use gravity feed for >1.5 m deep.
Curing: Forms removed after final set; finish before initial set.
Curing: Forms removed after final set; finish before initial set.
Setting Times
18 °C: initial ~3 h; final ~72 h
18 °C: initial ~3 h; final ~72 h
25 °C: ~2 h initial; ~48 h final
25 °C: ~2 h initial; ~48 h final
32 °C: ~1.5 h initial; ~36 h final
32 °C: ~1.5 h initial; ~36 h final
Packaging & Storage
●A:B:C kit ratio ~3:1:20 by weight (≈200 kg total)
●Store in dry, ventilated area; shelf life 18 months
Safety Notes
Low toxicity, VOC-free. Use PPE and ventilate. Rinse with water if contact occurs.
Technical enquiry
Check whether EGM-100 Epoxy Grout matches your project.
Include foundation type, grout geometry and volume, strength ages, flow requirement, temperature, standards, placement distance and equipment.