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Adhesive – Functional chemical groups within the liquid components are available to react with organic and inorganic parts of bone.
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Porous – The polymerization process releases carbon dioxide, forming internal pores in the range of 0.1 to 0.7mm in diameter and comprising approximately 50% of KRYPTONITE Bone Cement’s final volume.
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Bone-Like Properties – KRYPTONITE Bone Cement mimics natural bone in its mechanical properties (strength, stiffness), structure (porosity) and workability (drill, cut, burr). |
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Low Exotherm – In contrast to PMMA products, KRYPTONITE Bone Cement exhibits a very low exotherm throughout the curing process. PMMA can exceed temperatures of 200°F during its curing cycle while KRYPTONITE Bone Cement cures at approximately 110°F. A low exotherm can substantially reduce the risk of local tissue necrosis during polymerization. |
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Non-Toxic –The biocompatibility, safety and stability of KRYPTONITE Bone Cement has been evaluated in accordance with FDA/ISO10993 guidelines and the product was found to be non-toxic and safe to use with no special precautions for either the patient or the operating room staff.
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