Engineered for the Extreme

In the world of oil and gas exploration, precision and performance are everything. AEGIS Oil Well Cement is engineered specifically for the demanding conditions of oil and natural gas well operations, offering the strength, reliability, and consistency required for success in high-pressure environments.

This specialty cement conforms to API Specification 10A, the gold standard for oil-well cementing applications, and is designed to perform under extreme conditions of depth, heat, and pressure.

Key Applications & Benefits:

• Well Integrity & Zonal Isolation

AEGIS Oil Well Cement plays a critical role in maintaining well integrity by sealing off various zones within the wellbore and preventing the migration of fluids between formations.

• Structural Support

Once set, the cement provides long-term structural stability—supporting casing and protecting the well against collapse or leakage over time.

• Performance Under Pressure

Designed with controlled set times and tailored additives, our oil well cement is capable of withstanding the elevated temperatures and pressures found in deep well environments.

• Customizable Formulations

Whether your project requires a standard portland blend or a specialized additive mix, AEGIS Oil Well Cement can be adapted to meet a wide range of operational demands.

Backed by Cimko. Trusted by Industry. Exclusive to CIT.

Cimko Cimento is CIT’s exclusive partner for the supply of oil well cement to the oil and gas sector. Cimko is one of Turkey’s most established and technically advanced cement manufacturers, known for its commitment to quality, precision, and international standards.

Our agreement with Cimko guarantees dedicated supply, priority access, and full product traceability—ensuring consistency and compliance at every stage of delivery. This partnership is legally binding and exclusive to CIT, with protections in place to prevent unauthorized third-party procurement.

For our clients, this means uninterrupted access to a certified, globally trusted product line, with the added assurance that you are working directly with the only authorized supplier of AEGIS Oil Well Cement to the energy sector.

No shortcuts. No uncertainty. No workarounds.

Quality You Can Count On

AEGIS Oil Well Cement is manufactured under strict quality assurance protocols, with full API certification and batch-specific testing. Every shipment is backed by:

• API-compliant documentation

• Certificate of Analysis (COA)

• Material Safety Data Sheets (MSDS)

• Dedicated Quality Control oversight

We work hand-in-hand with engineers, procurement teams, and on-site crews to ensure the product you receive is fully aligned with project specifications—on time and on point.

AEGIS Oil Well Cement—Built for performance. Backed by trust. Delivered by CIT.

Providing solutions of every kind, at all times

CIT Holdings USA LLC is dedicated to offering comprehensive solutions round-the-clock, ensuring support and expertise for a wide range of needs.

Key Performance Feature: Controlled Setting Time

AEGIS Oil Well Cement is engineered for reliable thickening and setting performance under varying temperature and pressure conditions. It offers an extended thickening time during pumping operations to ensure complete placement, followed by a rapid development of mechanical strength after setting. The short interval between initial and final set times supports efficient job completion and well integrity.

Core Functions of Oil Well Cement

• Casing Support

AEGIS Oil Well Cement provides structural reinforcement by supporting the casing against vertical and radial loads throughout the life of the well.

• Zonal Isolation

Once set, the cement forms a sealed barrier between the oil or gas formation and surrounding layers. This prevents cross-flow, blowouts, or contamination—ensuring safe, controlled extraction.

API Classification Compliance

AEGIS Oil Well Cement adheres to the U.S. API Specification 10A, which classifies oil well cements into multiple grades based on performance under varying conditions. These include ordinary, moderate sulfate-resistant (MSR), and high sulfate-resistant (HSR) types—each tailored to meet specific project demands and well environments.

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