Aluminum Screen – 86 Mesh – For Plastisol Ink & Reflective Printing

The Aluminum Pre-Stretched Screen – 86 Mesh is specifically designed for specialty and small-format screen printing, with a focus on reflective ink applications. Made from 6063T5 aluminum alloy, this premium-quality frame offers exceptional durability, consistent mesh tension, and precise results for demanding jobs.

The 86 mesh count is highly recommended for reflective inks, offering the perfect balance of ink deposit and detail retention required to properly align reflective flakes and achieve optimal visibility on garments and promotional items.

Why 86 Mesh for Reflective Inks?

Reflective inks require a specific mesh count to allow reflective particles to pass cleanly without clogging, while maintaining even coverage:

• 86 tpi is ideal for reflective ink applications, providing smooth ink flow, strong adhesion, and clean flake alignment.

• Ensures maximum reflectivity and brightness on safety wear, sportswear, and specialty apparel.

• Helps avoid print failures caused by using higher mesh counts that restrict reflective flake deposit.

Important Usage Instructions for Reflective Inks:

• Do NOT flash reflective inks. Always fully cure at 320°F to 330°F to prevent adhesion failure.

• Print in one direction only, using 1–2 passes, to align flakes uniformly for maximum reflectivity.

• Test cure temps and passes based on your press and ink brand for best results.

High-Quality Frame Features:

• Frame Size: 20" X 24" & 23" X 31"

• Mesh Count: 86 tpi – optimized for reflective ink performance

• Material: 6063T5 aluminum alloy – lightweight, strong, and corrosion-resistant

• Hand-Welded & Ground Flat: Provides a leak-proof, warp-resistant printing surface

• Pre-Stretched with Premium Mesh: Maintains consistent tension for clean, repeatable prints

Applications:

• Reflective ink printing on performance fabrics, cotton, polyester, and blends

• Small graphic prints, logos, safety garments, and promotional wear

• Precision jobs requiring controlled ink deposit and flake distribution