BONASIL A+ LAB PUTTY

BONASIL A+ Lab Putty is a vinyl polysiloxane (VPS) high precision, multiple use, laboratory addition curing putty with a mixing ratio of 1:1. It is characterized by its ease of handling and high detail reproduction.
Indications

Overcasts in dental laboratories
Casting models
Various dental technical procedures

 

Characteristics – Advantages
  • Excellent consistency
  • Exceptional dimensional stability
  • Heat resistant
  • High detail reproduction
  • Non-sticky

BONASIL A+ GINGIVAL

BONASIL A+ Gingival is a medium viscosity vinyl polysiloxane material suitable for the reproduction of flexible gingival masks on master models available in hard and soft consistencies. It is a precise silicone which keeps its accuracy for days due to its outstanding dimensional stability. The highest aesthetic results can be obtained because of its natural gingival colour.

 

Indications

 

Quick and accurate gingival reproduction on master models

 

Characteristics-Advantages

 

  • Outstanding aesthetic result
  • Exceptional dimensional stability
  • Very high tear strength
  • Void free
  • Non sticky

 

BONASEP is a separator which is applied to the contact surface of siliconematerials to prevent adhesion between them. It is ideal for use in combination with BONASIL A+ Gingival for the reproduction of gingiva on models. It can be applied on all the BONASIL impression materials both addition and condensation curing and is used either directly on the dry impression or on the mould.

BONASIL A+ CRYSTAL VISION

BONASIL A+ Crystal Vision is a transparent laboratory vinyl polysiloxane (VPS) impression material with medium viscosity. Its novel formulation produces highly transparent matrices through which the lab technician can polymerize light-curing composites and detect the accurate waxing placement and the reproduction of composite.

 

Indications

Transparent matrix for creating masks for the moulding of light-curing resins

 

Characteristics-Advantages

 

  • Outstanding transparency
  • Exceptional dimensional stability
  • High final hardness
  • Highly thixotropic
  • Ideal consistency
  • Very high tear strength
  • Void free
  • Composites free from oxygen inhibition layer

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