Product Description
Why switch from metal to fiber posts?
Clinical research, noted in the graph below, verifies how much more similar the elasticity of RelyX™ Fiber Post is to human dentin than is the elasticity of metal and ceramic posts – which means a much lower risk of root fracture due to the "wedge effect." If endodontic retreatment is required, it’s reassuring to know RelyX Fiber Posts can be removed easily, without damaging the tooth.
Why choose RelyX Fiber Posts?
Strong and long-lasting. RelyX Fiber Post’s unique resin composition and equally dispersed parallel fibers lead to superior mechanical strength. The microporous surface allows for additional bond strength through microretentive effects.
Translucent and radiopaque.
The excellent light translucency of RelyX Fiber Post permits efficient light cure deep into the root canal. Its radiopacity is now among the highest of available glass fiber posts.
Clinical research, noted in the graph below, verifies how much more similar the elasticity of RelyX™ Fiber Post is to human dentin than is the elasticity of metal and ceramic posts – which means a much lower risk of root fracture due to the "wedge effect." If endodontic retreatment is required, it’s reassuring to know RelyX Fiber Posts can be removed easily, without damaging the tooth.
Why choose RelyX Fiber Posts?
Strong and long-lasting. RelyX Fiber Post’s unique resin composition and equally dispersed parallel fibers lead to superior mechanical strength. The microporous surface allows for additional bond strength through microretentive effects.
Translucent and radiopaque.
The excellent light translucency of RelyX Fiber Post permits efficient light cure deep into the root canal. Its radiopacity is now among the highest of available glass fiber posts.
Additional Information
| SKU | 56850 |
|---|---|
| Manufacturer | 3M Espe Dental Products |