• Smooth body aids resin bond
• Cuts clean for length adjust
• Parallel form steadies forces
• Wide size boosts canal grip
• Quantity: 20 ParaPost XP Post Plastic
• Rigid build suits posterior work

The Coltene Whaledent ParaPost XP Post Plastic P743-5.5 20/Pk is developed to give clinicians a wide diameter plastic post option that provides strong, stable core retention in endodontically treated teeth requiring enhanced internal engagement. This P743-5.5 size offers a larger canal fit than smaller XP plastic posts, making it well suited for wide canals, extensive coronal loss, or restoration cases that demand increased post surface contact for predictable retention.

If you are not sure about what the Coltene Whaledent ParaPost XP Post Plastic 20/Pk is used for, it is the best wide diameter plastic endodontic post for creating strong, customizable core foundations with balanced stress distribution and dependable bonding. Its parallel sided profile supports even load transfer along the canal walls, reducing concentrated stress points and promoting long term restorative integrity. The plastic material trims smoothly for length modification, allowing clinicians to adapt the post precisely to canal depth or occlusal requirements without generating heat or distortion.

Its surface interacts effectively with resin cements, helping achieve secure adhesion for stable core buildup beneath crowns and large restorations. The size provides increased rigidity suitable for posterior applications and structurally compromised teeth where additional support is essential. These posts maintain consistent sizing, enabling predictable case sequencing and efficient operatory setup.

Their lightweight structure offers a more forgiving alternative to metal posts, lowering functional stress while still providing the retention strength needed for durable restorations. This plastic XP variant stands out for its adaptability and reliable performance across varied restorative scenarios. It is also the best large diameter plastic post for crafting retentive, stable core foundations that support long term clinical success.