TUR-CT Close Tolerance Centralizer

• Deepwater Bow Spring Centralizers
• UROS-CT Close Tolerance Centralizer
• TUR-CT Close Tolerance Centralizer
• UROS-SUB Centralizer
• TUR-SUB Centralizer

The TUR-CT is a high-performance centralizer specifically designed for the demanding close tolerance (CT) and under-reamed applications found in some of the world’s most challenging offshore fields. This model is engineered to extreme tolerances, enabling it to navigate the tightest restrictions with precision. Its cross-bow curvature is carefully formed, with no "knife edges," reducing the risk of subsea wellhead damage during insertion while providing additional strength to the bows. This design ensures superior reliability and performance in complex well conditions.

The TUR-CT is an alternative to centralizer subs and offers a precisely engineered solution with ring-gauge tolerances, delivering both strength and precision in tight casing applications. Its low-profile design maximizes fluid dynamics, improving cement displacement efficiency. Ideal for offshore and deep-water wells, as well as highly deviated, horizontal, and extended-reach wells, the TUR-CT is well-suited for under-reamed well sections, vertical washout areas, and S-Type/J-Type configurations. This product offers a cost-effective, robust alternative for the most challenging well designs.

Features and benefits

• Designed to challenge the traditional and extremely costly centralizer Sub market
• Engineered to precise ring-gauge tolerances
• Low-profile design maximizes fluid dynamics

Targeted applications

• Tight casing applications
• Offshore and deep-water
• Highly deviated wells
• Under-reamed wells sections
• Horizontal/ERD wells
• Vertical wash out sections
• S-Type/J-Type

Performance ratings

Centralization and the ease of running casing is often a balance between strength and flexibility which combine to support, what we call, 'runability'. To help with product selection we've added a rating to all our products for flexibility, runability and inherent strength.

Sizing

Back to top