//IMAGE PVS Transparent

IMAGE PVS Transparent

Vinylpolysiloxane transparent impression material of medium consistency. Specially formulated for matrix. Direct application onto teeth.

Can be used as

  1. a) Matrix when preparing standard & light-cured temporary crowns & bridges
  2. b) Transmission band for orthodontic brackets in the direct technique
  3. c) Occlusal template for light-curing posterior composite restorations

Advantages

Transparent, allows the polymerization of light curing and self-curing composites

Accurate

Dimensionally stable

Easy to reposition in the mouth

After setting, it can be finished with a knife, scalpel or bur

Characteristics

Mixing ratio 1:1

Thixotropic

Hardness after setting 72 Shore

Clear colour

Technical Data

Classification ADA19 Medium bodied consistency
Classification ISO 4823 Type 2
Mixing time Automatic mixing
Working time 30 sec
Time in mouth 1.30 min.
Total time 2 min.
Shore A hardness at 24h 72
Linear dimensional change < 0,2%
Strain in compression 3-5%
Recovery from deformation 99,8%

 

Description

Vinylpolysiloxane transparent impression material of medium consistency. Specially formulated for matrix. Direct application onto teeth.

Can be used as

  1. a) Matrix when preparing standard & light-cured temporary crowns & bridges
  2. b) Transmission band for orthodontic brackets in the direct technique
  3. c) Occlusal template for light-curing posterior composite restorations

Advantages

Transparent, allows the polymerization of light curing and self-curing composites

Accurate

Dimensionally stable

Easy to reposition in the mouth

After setting, it can be finished with a knife, scalpel or bur

 

Characteristics

Mixing ratio 1:1

Thixotropic

Hardness after setting 72 Shore

Clear colour

Technical Data

Classification ADA19 Medium bodied consistency
Classification ISO 4823 Type 2
Mixing time Automatic mixing
Working time 30 sec
Time in mouth 1.30 min.
Total time 2 min.
Shore A hardness at 24h 72
Linear dimensional change < 0,2%
Strain in compression 3-5%
Recovery from deformation 99,8%