Low cure plastisol ink system designed for polyester printing, dye migration control, and high-production performance

Characteristics

The Rutland Chill™ LB LC series is a complete low cure plastisol ink system designed specifically for printing on polyester and blended fabrics. Engineered with a flexible cure range as low as 270°F, this system helps reduce dye migration while lowering energy consumption and improving production efficiency.

The series includes over 15 ready-for-use colors, along with specialty whites, mixing bases, and bleed-blocking solutions, allowing printers to handle a wide range of applications with confidence. Known for its creamy viscosity, high opacity, and smooth printability, Chill inks deliver bright, matte finishes with excellent fiber control.

Built for modern production environments, the Chill™ series is ideal for high-speed printing on performance fabrics, offering consistent results, reduced cure issues, and reliable durability across demanding jobs.

Features ▼

Low Cure Technology
Cure temps as low as 270°F
Polyester & Blend Safe
Designed for dye migration-prone fabrics
Reduced Dye Migration
Helps prevent scorching and color bleed
15+ Ready-for-Use Colors
Includes whites and mixing bases
Smooth, Creamy Viscosity
Easy printing with excellent fiber control
Bright, Opaque Prints
Matte finish with soft hand

Specifications ▼

Series:

Chill™ LB LC

Ink Type:

Plastisol

Cure Range:

Approx. 270°F – 320°F

System Type:

Ready-for-use ink system

Colors:

15+ standard colors

Applications:

Polyester, performance wear, blends

Includes:

Colors, whites, barrier inks, mixing bases

Usage Tips ▼

Ideal for polyester and dye migration-prone fabrics
Use lower cure temps to protect sensitive garments
Pair with low bleed underbase or blocker when needed
Maintain proper dryer settings for full cure and durability
Stir ink before use for consistent print performance

Data Sheets ▼

Rutland is a leading brand of specialty inks for the textile industry.

Filters

Rutland LC0730 Chill LC Grey - 1 Gallon