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Solus™ 1100
Solus™ 1100 is a cellulose-based additive made for solvent-based and UV-curable ink formulations to improve durability and image quality.
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Documents
- Manufacturer: Eastman
- Product Line: Eastman Cellulose Esters
- Product: Solus™ Performance Additive
- Industries: Coatings | Inks
- Authorized Countries: Canada | United States
Fulfilled By ChemPoint
Fulfilled By ChemPoint
Manufacturer
Product Line
Product
Authorized Countries
Canada
United States
Overview
Solus™ 1100 is an additive made from cellulose that improves image quality and productivity in solvent-based and energy-curable ink formulations and overprint varnishes. Among Solus™ additives, Solus™ 1100 features one of the lowest glass transition temperatures (Tg) and low intrinsic viscosity, making it ideal for low-viscosity ink formulations, such as flexographic, gravure, and inkjet inks. It is soluble in several solvents typically used in ink formulations and has excellent compatibility with other formulation components, such as cross-linking resins and curing resin systems. Solus™ 1100 helps improve flow and leveling and creates high early-cure hardness. This helps improve adhesion and image definition while increasing durability. Solus™ 1100 is made from approximately 37% bio content, making it a powerful additive made from renewable resources.
Specifications
Intrinsic viscosity, dL/g: 0.264
Hydroxyl content, mg KOH/g: 66
Moisture content, ppm: Less than 30,000
Tg, °C: 85
Color: Off-white
Wt/vol (kg/L, lb/gal): 1.16, 9.67
Poured bulk density (kg/m3, lb/ft3): 515, 32
Tapped bulk density (kg/m3, lb/ft3): 615, 38
Primary Chemistry: Cellulose esters
Features & Benefits
- Promotes fast dry-to-touch times
- Improves early-cure hardness
- Enables good film flexibility
- Imparts low solution viscosity
- Dissolves clear in several solvents
- Low Tg additive
- Not highly flammable
- Plant-based
Problems Solved
Poor adhesion or image quality from printing inks Ink viscosities that are too high as a result of using other rheology-modifying additives Low early durability of printing inks Use of flammable cellulose-based additives that pose safety hazards Use of additives made from nonrenewable resources
Applications
Digital inks Flexographic inks Gravure inks
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