Bonasil A+ Alginate Free

DMP Dental Industry S.A. · Quelle

Bonasil A+ Alginate Free is a medium viscosity vinyl polysiloxane (VPS) impression material suitable for all alginate applications. The innovative A-Silicone Bonasil A+ Alginate Free combines the assets of VPS materials such as exceptional detail reproduction, elastic recovery, and dimensional stability with the properties of traditional alginates. It is also ideal for creating temporary crown and bridge impressions in preparation for the use of Bright Temporary C&B.

ISO 4823 / ADA No. 19, Type 2 – medium bodied consistency

Indications

  • Preliminary impressions
  • Anatomic models
  • Fabricating temporary crowns and bridges
  • Opposing dentition
  • Fabricating simple removable prosthetic restorations
  • Orthodontic work
  • Case study models

Characteristics - Advantages

  • Outstanding dimensional stability
  • Exceptional elastic recovery
  • Highly thixotropic
  • Ideal consistency
  • Repourable
  • Long shelf life
  • Remarkable tear strength
  • Void free
  • Non-sticky

Technical Data

Parameter Value
Ratio (base:catalyst) 1:1 / 5:1
Total working time (min) 1:00 / 1:30
Time in mouth (min) 2:00 / 3:00
Total setting time (min) 3:00 / 4:30
Shore A hardness 45±2
Strain in compression (%) 3-5
Elastic recovery (%) >99.5
Linear dimensional change (%) <0.2
Tear strength (N/mm) >4.5
Colour Sky Blue

Product Variants

Item No. Product Description
210109380 Cartridge 380ml, mixers, o-ring
210109030 Cartridge 380ml x 2, o-ring
210109010 Cartridge 50ml x 2, mixing tips
210109020 Cartridge 50ml x 4
210109040 Cartridge 50ml x 32

Produktinformationen

HerstellerDMP Dental Industry S.A.
FarbeHimmelblau
MaterialVinylpolysiloxan (VPS)
ViskositätMittlere Viskosität
KonsistenzMedium bodied
Iso StandardISO 4823 / ADA No. 19, Type 2
Tear Strength>4.5 N/mm
Time In Mouth2:00 to 3:00 min
Elastic Recovery>99.5%
Shore A Hardness45±2
Total Setting Time3:00 to 4:30 min
Total Working Time1:00 to 1:30 min
Ratio (base:catalyst)1:1 or 5:1
Strain In Compression3-5%
Linear Dimensional Change<0.2%