
Flexitime Correct Flow: Printing Silicone (2 x 50 ml) - Kulzer
VPS silicone for dental implant printing techniques:
- Indicated for inlays, onlays, crowns, bridges, transfers and implants.
- High viscosity silicone with fluidconsistency.
- Flexitime range with good elastic recovery.
- Great balance between properties.
Similar product recommended:
- Nº 9 in Light Addition Silicone

VPS silicone for dental implant printing techniques:
- Indicated for inlays, onlays, crowns, bridges, transfers and implants.
- High viscosity silicone with fluidconsistency.
- Flexitime range with good elastic recovery.
- Great balance between properties.
Similar product recommended:
Bought together usually
Description
Hydrophilic addition silicone Flextime Correct Flow
Flexitime Correct Flow is a high viscosity, flowable silicone with precise VPS, which is especially oriented towards the high demands in the field of denture abasement. Flexitime exhibits better elastic recovery once the impression is removed from the mouth compared to polyester impression materials.
The Medium Flow, Correct Flow and Light Flow materials provide three thixotropic consistencies with very strong hydrophilic properties that accommodate the preferences of professionals. Flexitime Medium Flow and Correct Flow are recommended for the double mixing technique, as they are more viscous.
Features of Flextime Correct Flow:
- Balance of clinically relevant physical properties.
- High tensile strength, preventing flag tearing and distortion of the print when the mouth is removed.
- Setting is accelerated just as the material is incorporated into the mouth.
- 1:1 proportion indicated for use with a pistol.
- Times: working time of 2:30, in the mouth 1:00 and minimum time in the mouth of 2:30.
- Light green base color and gray catalyst.
- Includes 6 mixing tips.
Indications for Flextime Correct Flow Silicone:
- Crowns and bridges:
- One-pass printing (double-mix technique). Viscosity of the cuvette material (Highly viscous)
- One-step printing (sandwich technique). Viscosity of the cuvette material (Kneadable, highly viscous)
- Inlays and onlays:
- One-pass printing (double-mix technique). Viscosity of the cuvette material (Highly viscous)
- One-step printing (sandwich technique). Viscosity of the cuvette material (Kneadable, highly viscous)
- Printing of transfers and implants:
- One-pass printing (double-mix technique). Viscosity of the cuvette material (Highly viscous)
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