Cement Fluid Loss Control Additives

Product Name: PETROCHEM - Low to Medium Temperature Fluid Loss Control Additive (Powder)
Application: Fluid-loss control for primary and remedial oilwell cementing in freshwater and brine-based systems
Physical Form: White / Faint Yellow Powder
Specific Gravity: 1.45
Temperature Range: 350°F (177°C)
Description: Reduces cement slurry filtrate loss and fluid invasion into permeable formations while maintaining slurry stability and consistent rheological properties to support effective cement placement in medium-temperature applications.

Product Name: PETROCHEM - Medium Temperature Fluid Loss Control Additive (Liquid)
Application: Fluid-loss control for primary and remedial oilwell cementing in freshwater to saturated saltwater systems
Physical Form: Colorless / Faint Yellow Liquid
Specific Gravity: 1.06
Temperature Range: 350°F (177°C)
Description: Controls filtrate loss from cement slurries, reduces fluid invasion into permeable formations, and maintains slurry stability and consistent rheology to support effective cement placement in medium-temperature applications.

Product Name: PETROCHEM - High Temperature Fluid Loss Control Additive (Powder)
Application: Fluid-loss control for primary and remedial oilwell cementing in freshwater and brine-based systems
Physical Form: White Powder
Specific Gravity: 1.45
Temperature Range: 450°F (232°C)
Description: Reduces cement slurry filtrate loss and fluid invasion into permeable formations while maintaining slurry stability and consistent rheological properties to support effective cement placement under high-temperature conditions.

Product Name: PETROCHEM - High Temperature Fluid Loss Control Additive (Liquid)
Application: Fluid-loss control for primary and remedial oilwell cementing in freshwater to saturated saltwater systems
Physical Form: Clear Liquid
Specific Gravity: 1.10
Temperature Range: 450°F (232°C)
Description: Controls filtrate loss from cement slurries, reduces fluid invasion into permeable formations, and maintains slurry stability and consistent rheology to support effective cement placement under high-temperature conditions.