Screen printing mesh

A professional monofilament polyester mesh offering dependable dimensional stability and consistent print performance across everyday screen-making.

Suitable for: graphics, textiles, containers, industrial printing and other general screen-printing work.

Selection: Available in a broad choice of mesh counts and thread diameters.

A high-modulus polyester mesh developed for exacting stencil geometry, registration and controlled ink deposits.

Suitable for: printed electronics, solar, membrane switches, fine graphics and other precision industrial applications.

Performance: Designed for high tension and tight-tolerance printing.

A dedicated mesh family for consistent ink transfer and dimensional stability in functional and decorative glass printing.

Suitable for: automotive, architectural, appliance, container and decorative glass applications.

Selection: Choose the construction around image detail, deposit and glass-printing process.

A flexible, abrasion-resistant polyamide mesh that follows shaped surfaces more readily than polyester.

Suitable for: object, tile, ceramic and other curved or irregular-surface printing.

Material: Polyamide construction for flexibility and abrasion resistance.

High-modulus, low-elongation polyester ranges designed for stable tension, registration and durable stencil performance.

Suitable for: general graphics, garment, flat textile and a wide range of high-quality screen-printing applications.

Choice: HiBond Plus adds a modified surface intended to enhance stencil adhesion and durability.

A tight-tolerance polyester mesh developed for very fine detail and controlled deposits in high-technology production.

Suitable for: touch panels, solar cells, membrane switches, printed electronics and fine-detail container printing.

Performance: High modulus supports demanding registration and image accuracy.

A treated high-modulus polyester mesh offering dimensional stability and controlled ink deposits for glass decoration.

Suitable for: automotive, architectural, appliance and decorative flat-glass printing.

Performance: Developed around the registration and deposit requirements of glass printing.

HiDro uses thinner thread constructions to support deposit with water-based inks, while HiTex is a cost-effective precision mesh for textile and lower mesh-count work.

Suitable for: garment, flat textile, water-based printing and other applications requiring generous ink deposit.

Choice: HiDro for fine-detail water-based work; HiTex for economical textile and low-count applications.

Variant combines mesh segments for curved precision work, while SAATIlon nylon provides flexibility and abrasion resistance on shaped objects.

Suitable for: curved automotive glass, electronics and three-dimensional or irregular objects.

Selection: Choose around the surface geometry, required registration and abrasion demands.