SikaFlow-648 High-Strength, High-Flow, Chemical Resistant Epoxy Grout Kit Unitized 0.4 CF, Dark Grey

SikaFlow-648 High-Strength, High-Flow, Chemical Resistant Epoxy Grout Kit Unitized 0.4 CF, Dark Grey

SikaFlow-648 is a three-component epoxy resin-based precision grout used to secure critical equipment for proper alignment and transmission of static and dynamic loads. With carefully balanced physical properties and excellent resistance to chemical attack, elevated service temperatures, vibration and torque, SikaFlow®-648 is formulated for easy installation, with good flow characteristics suitable for pouring or pumping in thicknesses from 10 mm up to 150 mm, low dust generation and soap and water clean-up.

Recommended Uses:

• Industrial turbines, generators and compressors
• Very large reciprocating compressors
• Industrial turbines, generators and compressors.
• Rolling, stamping, grinding, drawing and finishing mills.
• Forging hammers.
• Rail tracks, crane rails.
• Paper machine sole plates.
• Machinery and equipment requiring high strength maximum bearing.

Features & Benefits:

• High early and ultimate strengths for rapid turnaround
• Low creep maintains equipment alignment
• Retains physical properties at elevated temperatures increasing the service range
• Low-dusting for added worker comfort and safety
• Very low shrinkage for full baseplate contact and load transfer
• Excellent flowability with high bearing area for even load distribution
• Variable fill ratio for desired flowability
• Excellent adhesion to steel and concrete for optimum load transfer and vibration dampening
• High chemical resistance enables use in challenging environments
• Excellent freeze/thaw resistance for equipment in low temperature service environments
• Resists water and chloride intrusion for use in wet and aggressive environments
• Resists impact and dampens torque to protect equipment and extend service life
• Extended working time
• Pumpable for maximum productivity on large grout installations
• Durable bond to concrete and steel optimizes load transfer
• Meets the requirements of EN 1504-6
• Can be applied in thickness from 10 to 150 mm