EHAA

EHAA

EHAA

Active filters

  • Ormalab 75 5Kg + 2...

    93.64

    A polysiloxane based, condensation type material, exclusively designed for extra-oral use in the dental laboratory. Ormalab 75 is indispensable whenever high quality performances are required.

    MAIN FEATURES:
    • Perfect compatibility with cold-curing acrylic resins.
    • High precision in details reproduction.
    • Long lasting dimensional stability.
    • Very high compressive strength and recovery from deformation.
    Sale formats
    • M7500 Ormalab 75 1,6kg (900 ml)
    • M7510 Ormalab 75 5kg
    • M7520 Ormalab 75 5kg +
      2 Ormactivator 60 ml
    TECHNICAL DATA
    Mixing Time:
    30"
    Working Time (at 23°C):
    2' 00"
    Setting Time (at 23°C):
    4' 30"
    Final hardness (after 24 h):
    75 (±3) Shore A
    Shelf Life:
    2 years

    INTENDED USE:
    • Matrices for fixed and total prosthesis.
    • Prosthesis repairs.
    • Matrices for temporary crowns and bridges.
  • Ormalab 95 5 Kg + 2 Activ...

    65.85

    A polysiloxane based, condensation type material, exclusively designed for extra-oral use in the dental laboratory. Ormalab 95 is indispensable whenever high hardness and heat-resistance are required.

    MAIN FEATURES:
    • Extremely high heat-resistance: over 20°C without alterations.
    • High final hardness, comparable to gypsum during the milling phase.
    • Perfect compatibility with self and heat curing acrylic resins.
    • High precision in details reproduction.
    • Long lasting dimensional stability.
    Sale formats
    • M9500 Ormalab 95 1,6kg (900 ml)
    • M9510 Ormalab 95 5kg
    • M9520 Ormalab 95 5kg +
      2 Ormactivator 60 ml
    INTENDED USE
    Mixing Time:
    30"
    Working Time (at 23°C):
    2' 00"
    Setting Time (at 23°C):
    4' 30"
    Durezza Final hardness (after 24 h):
    95 (±3) Shore A
    Shelf Life:
    2 years

    INTENDED USE:
    • Matrices for fixed and total prosthesis.
    • Prosthesis repairs.
    • Duplications.
    • Matrices for temporary crowns and bridges.
  • Platinum 95 (1 + 1) Kg C400700

    45.16

    High precision laboratory A-Silicone putty material.

    Use

    • Duplication of denture moulds
    • Ceramics technique printed on verticulator
    • Die in full dentures
    • Control matrix for the design of metal structures
    • Denture repair
    • Bite recording key for positioning in articulator
    • Matrix for use in making temporary crowns/bridges
    • Matrix support for the working of metal free aesthetic materials
    • Insulation of teeth/plaster in muffle

    Advantages

    • Very high flowability
    • Superior dimensional stability
    • Heat resistance (over 200°C)
    • Easy handling
    • Excellent detail definition
    • Can be milled
    • Linear variation: -0.058% after 24 hours
    • No deformation in flask

    Characteristics

    • 1:1 Mixing ratio
    • Biocompatible
    • Final hardness 95 Shore A
    • Light blue colour
    Warning: it is advisable not to use latex gloves.

  • Platinum 95 (5 + 5) Kg C400710

    157.82

    High precision laboratory A-Silicone putty material.

    Use

    • Duplication of denture moulds
    • Ceramics technique printed on verticulator
    • Die in full dentures
    • Control matrix for the design of metal structures
    • Denture repair
    • Bite recording key for positioning in articulator
    • Matrix for use in making temporary crowns/bridges
    • Matrix support for the working of metal free aesthetic materials
    • Insulation of teeth/plaster in muffle

    Advantages

    • Very high flowability
    • Superior dimensional stability
    • Heat resistance (over 200°C)
    • Easy handling
    • Excellent detail definition
    • Can be milled
    • Linear variation: -0.058% after 24 hours
    • No deformation in flask

    Characteristics

    • 1:1 Mixing ratio
    • Biocompatible
    • Final hardness 95 Shore A
    • Light blue colour
    Warning: it is advisable not to use latex gloves.