Guide to Cold Peel Transfers Using Cliff Hix CHE 2400Q

Cold peel transfer printing has emerged as a preferred technique in textile customization, particularly for dark fabrics or designs requiring fine details. Unlike traditional heat transfer methods, this process requires cooling before removing the transfer film, ensuring complete ink migration to the garment for superior opacity and sharper detail reproduction.

The technology relies on specialized transfer films and ink formulations. When heated, the ink melts and penetrates fabric fibers, while the adhesive properties between film and ink weaken upon cooling, allowing cleaner removal without residue or distortion. This contrasts with hot peel methods where premature removal can cause ink re-adhesion.

Key benefits include:

• Superior opacity: Delivers vibrant colors on dark or multicolored substrates
• Fine detail reproduction: Maintains crisp lines and complex patterns
• Enhanced durability: Creates strong fiber bonds for wash-fast results
• Material versatility: Compatible with cotton, polyester, and blended fabrics

The manual Cliff Hix CHE 2400Q heat press features precision temperature control and a split-plate design for efficient garment handling. Notable characteristics include:

• Manual operation with intuitive controls
• Independent upper/lower platen movement
• ±1°C temperature accuracy
• Adjustable pressure mechanism

Verify equipment functionality and assemble materials: garment, cold peel transfer film, and protective release paper. Maintain a clean workspace to prevent contamination.

Set temperature between 150-170°C (consult film specifications). Program timer for 12 seconds (baseline setting). Adjust pressure by:

1. Loosening pressure knob counterclockwise (≤2 rotations)
2. Positioning test garment on lower platen
3. Closing upper platen and checking for fabric mobility
4. Increasing pressure clockwise until knob tightens, then adding ½ rotation

Prepress garment for 4-5 seconds to eliminate moisture. Position transfer film precisely, cover with release paper, and apply pressure for 12 seconds. Immediately place chilled plate on design for 4-5 seconds without moving the garment.

Peel backing film in one smooth motion after complete cooling. Resistance indicates insufficient cooling time. Inspect for complete ink transfer and edge integrity.

Blurred patterns: Increase temperature/pressure or extend transfer time.
Faded colors: Verify temperature settings and ink quality.
Peeling difficulties: Extend cooling period or reduce pressure.
Edge lifting: Ensure even pressure distribution and flat substrate positioning.

Transfer film quality, ink formulation, substrate characteristics, and equipment maintenance significantly impact results. Regular platen cleaning and temperature calibration are essential for consistent output.

Operators require proper training in thermal equipment handling. Maintain electrical grounding, avoid direct contact with heated surfaces, and ensure adequate ventilation. Familiarize with emergency stop procedures.

Cold peel transfer demands precise parameter control and material compatibility testing. Optimal results require adjustments based on fabric composition, environmental conditions, and design complexity. Documenting successful settings for recurring jobs improves efficiency.