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Overview
Dentoclic glass-fiber posts are made of 80% unidirectionnal parallel oriented glass fibers embedded in 20% of epoxy-resin. This type of post enables minimally invasive direct restorations.
Excellent mechanical properties for a reduced risk of fracture
• Homogeneous distribution of the mechanical constraints
• Excellent resistance to flexion (836Mpa) thanks to its many longitudinal glass-fibers
• Elastic behavior similar to dentin
Highly translucent posts
• Excellent distribution of the light in the whole material
• Allows polymerization of the core build-up material on all of the post surface
• Mechanical and chemical retention thanks to the bond between the core build-up composite material and the glass fiber post
• High radiopacity (232% Al)
• Biocompatible
• No risk of corrosion or coloration
• Compatible with Dentoclic drills
Excellent mechanical properties for a reduced risk of fracture
• Homogeneous distribution of the mechanical constraints
• Excellent resistance to flexion (836Mpa) thanks to its many longitudinal glass-fibers
• Elastic behavior similar to dentin
Highly translucent posts
• Excellent distribution of the light in the whole material
• Allows polymerization of the core build-up material on all of the post surface
• Mechanical and chemical retention thanks to the bond between the core build-up composite material and the glass fiber post
• High radiopacity (232% Al)
• Biocompatible
• No risk of corrosion or coloration
• Compatible with Dentoclic drills
![product-variant](/_next/image?url=https%3A%2F%2Fstorage.googleapis.com%2Fmain-sod-bucket%2Fsource%2Faf%2Fcatalog-bcimages2-posts.png&w=3840&q=75)
Overview
Dentoclic glass-fiber posts are made of 80% unidirectionnal parallel oriented glass fibers embedded in 20% of epoxy-resin. This type of post enables minimally invasive direct restorations.
Excellent mechanical properties for a reduced risk of fracture
• Homogeneous distribution of the mechanical constraints
• Excellent resistance to flexion (836Mpa) thanks to its many longitudinal glass-fibers
• Elastic behavior similar to dentin
Highly translucent posts
• Excellent distribution of the light in the whole material
• Allows polymerization of the core build-up material on all of the post surface
• Mechanical and chemical retention thanks to the bond between the core build-up composite material and the glass fiber post
• High radiopacity (232% Al)
• Biocompatible
• No risk of corrosion or coloration
• Compatible with Dentoclic drills
Excellent mechanical properties for a reduced risk of fracture
• Homogeneous distribution of the mechanical constraints
• Excellent resistance to flexion (836Mpa) thanks to its many longitudinal glass-fibers
• Elastic behavior similar to dentin
Highly translucent posts
• Excellent distribution of the light in the whole material
• Allows polymerization of the core build-up material on all of the post surface
• Mechanical and chemical retention thanks to the bond between the core build-up composite material and the glass fiber post
• High radiopacity (232% Al)
• Biocompatible
• No risk of corrosion or coloration
• Compatible with Dentoclic drills
Buy 4, Get 1 Free!
![product-variant](/_next/image?url=https%3A%2F%2Fstorage.googleapis.com%2Fmain-sod-bucket%2Fsource%2Faf%2Fcatalog-bcimages2-posts.png&w=3840&q=75)
Buy 4, Get 1 Free!
SKU Search
Size
Count
Shade
Quantity
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