Porcelain Fix

B.J.M. Laboratories Ltd. · source

Porcelain preparation kit

Porcelain Fix is intended for bonding of resin to porcelain. Used for preparation of porcelain crowns, veneers and inlays prior to cementation. Used for preparation of fractured porcelain or porcelain fused to metal crowns for bonding.

A complete kit for preparing porcelain veneers, inlays and fractured porcelain teeth for bonding. It consists of Porcelain Etch and Porcelain Silane.

Porcelain Etch is a specially buffered, viscous, hydrofluoric acid that will etch porcelains of all type to produce a microscopic porous surface, which will provide a strong mechanical interlock with composite resin materials.

Porcelain Silane is a single component Silane that enhances bonding values and durability when applied to etched porcelain surfaces.

Marketed since 1998 with no changes in formula. No complaints of any health-related or chemical performance issues were received.

Technical Data

Porcelain Fix is a complete kit for preparing porcelain veneers, inlays and fractured porcelain teeth for bonding. It consists of Porcelain Etch and Porcelain Silane.

  • Porcelain Etch is a specially buffered, viscous, hydrofluoric acid that will etch porcelains of all type to produce a microscopic porous surface, which will provide a strong mechanical interlock with composite resin materials.
  • Porcelain Silane is a single component Silane that enhances bonding values and durability when applied to etched porcelain surfaces.

pH 0.5 – 1.0 (Etch) / 4.0 – 5.0 (Silane)

Shear Bond Strength (SBS) of High-Q-Bond Adhesive Resin Cement (HQB ARC) to porcelain / ceramic surface (Zirconia) pretreated with Porcelain Fix – Etch and Silane – Minimum 5 MPa

Shelf life: 2 Years

Product Information

ManufacturerB.J.M. Laboratories Ltd.
Ph (etch)0.5 – 1.0
Shelf Life2 Years
CompositionPorcelain Etch and Porcelain Silane
Ph (silane)4.0 – 5.0
Type (silane)Single component Silane
Active Ingredient (etch)Buffered, viscous, hydrofluoric acid
Shear Bond Strength (sbs)Minimum 5 MPa