The phrase "abutment material" is correct and usable in written English.
It can be used in contexts related to construction, engineering, or architecture, specifically when discussing materials used to support structures.
Example: "The engineer specified that the abutment material must withstand significant pressure from the bridge."
Alternatives: "supporting material" or "foundation material".
Important parameters include the initial clinical situation, the surgical approach, the provisional phase, and the choice of abutment material and design as well as the definitive restoration.
Regardless of the abutment material or technique, an impression of the abutment is then taken and a crown secured to the abutment with dental cement.
With a rigid abutment material, the tensile stress at the cervical margin will be lower.
Yamane, K. et al. Bacterial adhesion affinities of various implant abutment materials.
Information is lacking about the fatigue resistance of computer-aided design and computer-aided manufacturing (CAD-CAM) tooth-colored implant custom abutment materials.
The aim of the present study was to provide a surface modification approach for zirconia implant abutment materials and to evaluate its influence on fibroblast behavior and oral bacteria adhesion, which are the two main factors influencing the quality of peri-implant soft-tissue seal.
Evaluate the influence of abutment's material and geometry on stress distribution in a single implant-supported prosthesis.
The suitability of the chosen combination of implants, abutments, and materials for the provisional restorations after use in a clinical setting should be examined.
The analyzed combination of implants, abutments, and materials for the provisional restorations seems to be suitable in the here chosen clinical setting for immediate loading, in part even in combination with immediate implantation.
Bridge scour, a dynamic phenomenon that varies according to numerous factors (e.g., water depth, flow angle and strength, pier and abutment shape and width, material properties of the sediment), is a major cause of bridge failure and is critical to the total construction and maintenance costs of bridge building.
Evaluation of the supraconstructions considering mechanical complications such as fractures of or material or chipping, abutment screw loosenings, abutment fractures, and implant and framework fractures were performed.
