Fluid loss agents, retarders, accelerators, gas migration control polymers, and lost circulation materials, engineered for primary, squeeze, and remedial cementing across the full temperature window. Every product ships with a lot-traceable Certificate of Analysis.
Cementing products are the chemical additives blended into oil-well cement slurries to control how the slurry behaves under downhole conditions. Without them, neat cement can't be reliably placed: thickening time is too short for deep wells, water filters out into permeable formations, gas migrates through transitioning cement, and lost circulation zones swallow the slurry before it sets.
A cementing product line typically covers six chemistry classes, fluid loss agents, retarders, accelerators, dispersants, gas migration control polymers, and lost circulation materials. The right combination depends on the well's bottom-hole circulating temperature (BHCT), placement depth, formation pressures, and the fluid systems already in the wellbore.
Our cementing product line covers each of these chemistry classes with codes tested in-house against the API RP 10B-2 protocol. Every shipment includes a lot-traceable Certificate of Analysis and the Technical Data Sheet (TDS) is downloadable directly from each product page, no email gate.
Cellulose- and polymer-based additives that reduce filtrate loss from cement slurries during placement. Critical for maintaining slurry properties and preventing premature dehydration.
Lignosulfonate and non-lignosulfonate retarders that extend thickening time for deeper, hotter, or longer placement intervals. Matched to bottom-hole circulating temperature.
Calcium chloride accelerators that reduce thickening time and accelerate compressive strength development in surface and shallow-set casing operations.
Polymer and microfine materials that control annular gas migration through transitioning cement slurries, used in primary cementing in gas-producing zones.
Chemically inert bridging blends, nitrile rubber, asphaltite, synthetic flakes, for cement spacers, cement slurries, and drilling fluid systems. High-temperature stable.
Cement slurry rheology modifiers, reduce viscosity and pump pressure for placement at high density or through narrow annular clearances.
CFL-115 is a fluid loss control additive designed for use in oil-well cement slurries at bottom-hole circulating temperatures below 180°F. Reduces filtrate loss to maintain slurry properties through circulation and placement.
CFL-160 is a dual-action fluid loss and set retarder additive for oil-well cement slurries at bottom-hole circulating temperatures below 200°F. The combined functionality reduces required additive count and simplifies slurry design for moderate-temperature jobs.
Liquid form of CFL-160, same fluid-loss and retarder profile in a liquid blend for ease-of-handling on location.
CFL-175 is a high-temperature fluid loss control additive for cement slurries operating up to 250°F bottom-hole circulating temperature.
Casing string cementing during well construction. Slurry placed in the annulus between casing and formation; sealed before drilling to next section.
Remedial placement of cement into a perforation, void, or fracture under pressure. Used for zonal isolation correction, casing leak repair, and lost circulation control.
Cementing of intervals for well abandonment, zone isolation, or sidetrack initiation. Slurry-design priority shifts toward long-term integrity and barrier verification.
Tell us the code or class, we'll respond same business day with confirmed pricing, MOQ, and lead time. TDS downloadable on every product page.
