Cimsil A55G

Cimsil A55G

Low dust self dispersing rheological additive for mortar and concrete, improving properties in fresh and hardened state.

Properties
CIMSIL A55 G is a chloride-free thixotropic additive specifically developed to act as an anti-sagging/antislipping agent, CIMSIL A55 G fully develops its rheological properties by activation in the presence of cement or gypsum. It improves workability and visual finish in the systems to which it is incorporated. It is a low dust granular additive designed to provide high efficiency suspension properties.

CIMSIL A55 G gives mortar, plaster and concrete the following properties:
• Thixotropy
• Workability
• Improves adherence to the substrate
• Improves pumpability
• Avoids both tile slipping and mortar sagging
• Decreases bleed and segregation
• Gives homogeneity and cohesiveness to the finish product
• Improves the surface finish
CIMSIL A55 G is a thixotropic additive developed to be used in water-based compositions where electrolytes are present. It is a low dust granular additive designed to provide high efficiency suspension properties.
Field of Application
• Rendering mortars
• Tile adhesive mortars
• Waterproof mortars
• Filling mortars
• Self-levelling mortar
• Repairing mortars
• Pumpable concrete
• Decorative concrete
• Precasted concrete
Category: Brand:

Description

Light Cream
Free flowing coarse powder
Chloride free

CIMSIL A55 G gives mortar, plaster and concrete the following properties:

  • Avoids both tile slipping and mortar sagging.
  • Thixotropy.
  • Workability.
  • Decreases bleed and segregation.
  • Improves pumpability.
  • Gives homogeneity and cohesiveness to the finish product.
  • Improves the surface finish.
  • Improves sedimentation and stability of inorganic salts used in the manufacture of admixtures.

Dosage
Dosage of CIMSIL A55 G varies according to the type of application. However, dosages between 0.25 and 1%, referred to the weight of the cement are recommended.

Additional information

AdditiveFunction

AdditiveSystem