Chromaline SafD-Haze iSC - 1 Gallon
Non-caustic liquid haze and stain remover with a mild abrasive formula, engineered to remove ink stains, haze, and ghost images from screen printing mesh during screen reclaiming.
Characteristics
Chromaline SafD-Haze iSC is a professional non-caustic haze remover designed to remove ink stains, haze, and ghost images from screen printing mesh during the reclaiming process.
Unlike aggressive caustic dehazers, SafD-Haze iSC uses a non-caustic formula to provide effective stain removal while reducing concerns associated with highly corrosive haze-removing chemicals. This makes it an excellent choice for routine screen recycling and reclaiming operations.
SafD-Haze iSC incorporates a mild abrasive that helps accelerate the removal of ink stains embedded in screen mesh. The product is particularly effective at removing staining left behind by the most recent print job, helping restore mesh to a cleaner condition before the screen is prepared for reuse.
The distinctive pink liquid makes the product easy to identify in the screen room, while its mild cherry scent provides a more pleasant working experience than many traditional aggressive reclaiming chemicals.
Application is straightforward. After the ink and stencil have been completely removed, SafD-Haze iSC is applied to the mesh with a screen scrubber and worked into both sides of the screen. The screen is then pressure washed from both sides to remove the loosened staining and followed with a low-pressure flood rinse to remove remaining residue.
One of the major advantages of SafD-Haze iSC is its ability to remain on the mesh for extended dwell periods without the mesh-damaging concerns associated with corrosive caustic dehazers. This gives operators additional flexibility when working on stubborn stains and ghost images.
SafD-Haze iSC is part of Chromaline's integrated Screen Chemistry (iSC) system and provides professional screen-printing operations with an easy-to-use solution for routine stain removal, dehazing, and screen recycling.
- Professional screen printing haze and stain remover
- Designed for screen recycling and reclaiming
- Removes ink stains from screen mesh
- Removes haze from reclaimed screens
- Helps eliminate residual ghost images
- Non-caustic liquid formulation
- Alternative to aggressive caustic dehazers
- Mild abrasive formula
- Abrasive action helps accelerate stain removal
- Particularly effective on stains from the most recent print job
- Pink formulation provides easy product identification
- Mild cherry scent
- Easy manual application
- Applied using a screen scrubber
- Designed to be worked into both sides of the screen
- Compatible with high-pressure water rinsing
- Can remain on mesh for extended dwell periods when necessary
- Helps reduce concerns about mesh erosion associated with corrosive caustic dehazers
- Part of Chromaline's integrated Screen Chemistry (iSC) system
- Designed for professional screen-printing reclaim operations
- 1 Quart
- 1 Gallon
- 5 Gallon
- Completely remove ink and stencil material from the screen before applying SafD-Haze iSC.
- Apply SafD-Haze iSC to the reclaimed mesh using a suitable screen scrubber.
- Agitate the product thoroughly into the mesh.
- Work the product into both sides of the screen for complete treatment.
- Allow additional dwell time when working on more difficult stains or ghost images.
- SafD-Haze iSC can remain on the mesh as needed without the same mesh-eroding concerns associated with corrosive caustic dehazers.
- Pressure wash the screen thoroughly from both sides of the mesh.
- After pressure washing, flood rinse the screen with a garden hose or other low-pressure water source.
- Make sure all chemical and loosened residue is completely removed before proceeding with subsequent screen-preparation steps.
- For best results, use SafD-Haze iSC as part of a complete screen reclaiming process after ink and stencil removal.
- Always review the current Chromaline Safety Data Sheet before use and follow recommended PPE, handling, storage, and disposal procedures.
