Saati

SAATI ASHR HI-DRO Mesh 60" Wide

$13.95

SKU: TPH062048TXPCSWT-1
Size: 157.48 Mesh

$13.95

SAATI ASHR HI-DRO Screen Printing Mesh

SAATI ASHR HI-DRO 157.48 is a high-performance monofilament polyester screen printing mesh manufactured by SAATI and engineered specifically for demanding screen printing applications, particularly water-based and discharge inks.

This mesh is part of SAATI’s HI-DRO (High-Droplet) series, which features a proprietary surface treatment designed to optimize ink flow and ink deposit. The treated surface improves stencil adhesion, enhances ink release, and helps reduce common issues such as premature ink drying in the screen.

Breakdown of the Product Code

• SAATI – Industry-leading manufacturer of professional screen printing mesh and consumables
• HI-DRO – Specialized mesh line engineered for water-based ink performance and controlled ink deposit
• 157.48 – Mesh count, indicating a fine mesh ideal for high-detail printing, halftones, and sharp image reproduction
• ASHR / AM / PW – Internal SAATI designations related to mesh color (typically yellow for improved exposure accuracy), weave characteristics, and surface treatment

Key Features & Benefits

• High modulus / low elongation for excellent tension stability and precise registration
• Optimized for water-based inks, including discharge systems
• Enhanced ink flow and release, improving coverage on dark garments
• Reduced ink drying in the screen during longer print runs
• Pre-treated surface (plasma-treated) improves emulsion adhesion and may eliminate the need for degreasing
• Fine mesh structure suitable for detailed graphics and halftone printing

Recommended Applications

• Water-based and discharge printing
• High-detail graphics and fine line work
• Halftones and high-resolution designs
• Professional garment screen printing

Summary

SAATI ASHR HI-DRO 157.48 is a professional-grade mesh designed for printers who demand precision, consistency, and superior water-based ink performance. Its advanced surface treatment, low stretch characteristics, and fine mesh count make it an excellent choice for high-resolution garment printing with a soft hand feel.