Select Page

SBQ Pure Photopolymer Emulsion: Murakami innovated PVA/SBQ pure photo polymer emulsion technology over 30 years ago for the screen printing industry.  We continue to improve and lead the way in emulsion research and development for the screen printing industry. SBQ emulsion exposes faster, produces sharper emulsion shoulders, and can withstand high storage temperatures as well as having a one year shelf life.  Murakami continues to improve upon our industry leading SBQ emulsions with products to meet any print application.  See all SBQ emulsions GO>

STORAGE: UP TO 100°F  |  SHELF LIFE: 1 YEAR

Dual Cure Emulsions combine the best of both SBQ emulsion benefits and diazo emulsion benefits.  Murakami dual cure emulsions are known for their wide latitude of exposure to image details easily.  They also can be used with difficult ink systems that may be hot solvent inks, or co solvent inks where both solvent and water resistancy are needed. See all Dual Cure Emulsions GO>

STORAGE: UP TO 80°F  |  SHELF LIFE: 4-6 WEEKS

Diazo Emulsions: Murakami continues to raise the bar with new and improved diazo emulsions that can perform well under demanding print conditions.  These economical emulsions provide excellent print performance value with exceptional resolution, durability and ease of use. See all Diazo Emulsions GO>

STORAGE: UP TO 80°F  |  SHELF LIFE: 4-6 WEEKS

*Waterbase and *Discharge Ink systems require emulsion hardening for optimum stencil strength.  MS Hardener leaves a reclaimable screen while A & B Hardeners leave a semi permanent screen.

Product Tips

Screen Printing Mesh

Murakami Pre-Stretched Screens

[ezcol_1third][/ezcol_1third] [ezcol_2third_end]Murakami Pre Stretched Screens can be stretched with any of our Smartmesh meshes.  Stretched on precision stretchers with balanced tensions from frame to frame and consistent ...
Read More ››

Murakami Pre-stretched Screens

Screen mesh technology has come a long way from the 12xx multilament mesh days. For those too young to know what 12xx means; this was a typical mesh made of multiple ...
Read More ››

Lorem Ipsum Dolor Sit

Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat autem vel eum iriure dolor in hendrerit ...
Read More ››