SikaGrout® 428 FS Fast-Setting Precision Grout - 55 lbs
Fast-Setting And High-Strength, Cementitious Precision Grout. Sikagrout®-428 Fs Ca Is A Cementitious, Non-Shrink And Chloride-Free Precision Grout Powered By Viscocrete® Technology. The Grout Is Designed To Achieve High Early, And Exceptional Ultimate Strengths. As A Precision And Structural Grout, It Can Be Placed At A Minimal Temperature Of +10 °C (+50 °F) And Provides A Substantial Bearing Area.
- Meets ASTM C1107 requirements
- Will not stain or rust.
- Excellent fluidity with sufficient time for placing.
- Achieves compressive strength in just 12 hours at +23 °C (+73 °F).
- Exceeds compressive strength of 30 MPa concrete at 24 hours at +23 °C (+73 °F).
- Provides significant bearing area for transfer of load.
Fast-Setting And High-Strength, Cementitious Precision Grout. Sikagrout®-428 Fs Ca Is A Cementitious, Non-Shrink And Chloride-Free Precision Grout Powered By Viscocrete® Technology. The Grout Is Designed To Achieve High Early, And Exceptional Ultimate Strengths. As A Precision And Structural Grout, It Can Be Placed At A Minimal Temperature Of +10 °C (+50 °F) And Provides A Substantial Bearing Area.
- Meets ASTM C1107 requirements
- Will not stain or rust.
- Excellent fluidity with sufficient time for placing.
- Achieves compressive strength in just 12 hours at +23 °C (+73 °F).
- Exceeds compressive strength of 30 MPa concrete at 24 hours at +23 °C (+73 °F).
- Provides significant bearing area for transfer of load.
Description
Fast-Setting And High-Strength, Cementitious Precision Grout. Sikagrout®-428 Fs Ca Is A Cementitious, Non-Shrink And Chloride-Free Precision Grout Powered By Viscocrete® Technology. The Grout Is Designed To Achieve High Early, And Exceptional Ultimate Strengths. As A Precision And Structural Grout, It Can Be Placed At A Minimal Temperature Of +10 °C (+50 °F) And Provides A Substantial Bearing Area.
- Meets ASTM C1107 requirements
- Will not stain or rust.
- Excellent fluidity with sufficient time for placing.
- Achieves compressive strength in just 12 hours at +23 °C (+73 °F).
- Exceeds compressive strength of 30 MPa concrete at 24 hours at +23 °C (+73 °F).
- Provides significant bearing area for transfer of load.
