Skip to content
Get FREE SHIPPING on qualifying online supply orders of $299 or more
Get FREE SHIPPING on qualifying online supply orders of $299 or more

Clearance - Rutland M3 Mixing Ink - Opaque Fluorescent Orange

by Rutland
SKU RUT-M35018-QT
Original price $26.22 - Original price $100.22
Original price
$26.22
$26.22 - $100.22
Current price $26.22
Size: Quart


The Rutland M3 Ink Mixing System is a non-phthalate finished ink mixing system. M3 colors directly replace the M2 and EM ink mixing colors. They are opaque resulting in excellent coverage on dark garments. The tackfree formula allows printing through a range of mesh counts without the need for a viscosity modifier. Use a white underlay when printing on dark fabrics for that extra “pop” in brightness. No build-up formulations ensure the highest print efficiencies without down time for wiping screens. Mix thousands of finished ink colors by choosing Pantone colors from our M2007 Ink Mixing Software or by custom mixing your own colors.

Instructions: Printing on White Garments: Mix per formulation or by eye to achieve brilliant colors on 100% cotton whites. For extremely soft-hand prints, mix finished color up to 1:1 with Rutland ES0250 Chino Base. Printing on Dark Garments or over an underlay: When printing on dark garments, mix per formulation or custom blend to achieve brilliant colors over an underlay. Use the Low Bleed White on poly/cotton blends and the ES0266 Barrier Base when printing on 100% polyester.

Chemistry: Plastisol
Substrate(s): Cotton
Best Used By: 12 months
Certification(s): ISO9001

Curing:
Fusion Temperature: 320°F
Gel Point: 160°F

Performance:
Viscosity: Medium
Coverage: High Opacity
Printability: Great
After Flash Tack: Low
Bleed Resistance: None except M39000 White

Squeegee:
Profile: Square
Type: Polyurethane
Angle: 10° - 20°
Speed: High

Screen:
Mesh: 86 to 305
Screen Tension: As recommended for mesh
Underlay: NPT Cotton White for 100% cotton dark
Emulsion Types: Capillary film, Direct
Cleanup: Bio-degradable screen wash

Additives:
Extender: ES0840 or EH0542
Thickener: M00010 Thickener #10 (powder)
Thinner: EA0005 Viscosity Reducer

Storage:
Storage Temperature: 65°F - 95°F (18°C - 35°C)

Rutland Inks Color Chart | Texsource     Rutland Inks Comparison Guide | Texsource

safety data sheet

See something that brings up a question? Contact us toll-free at 888-344-4657 (habla español), catch us on any of our social media accounts, or send us an email. We are here to serve you, and we look forward to hearing from you!

*Free Shipping - Our Free Shipping offer applies to any online order over $299 that contains eligible items (denoted by the Free Shipping banner under the product price). Generally this will apply to regular Stock supply items but may also include equipment if noted on that product page. Non-stock items may be shipped directly from the manufacturer and are not eligible for free shipping. Orders combining free and non-free shipping items will only be charged by the weight of the non free-shipping items. Free Shipping offer is only valid for orders delivered to continental US addresses. All free shipping orders will be shipped standard ground via best rate carrier. Our Free Shipping promotion does not cover additional UPS or FedEx fees such as Overweight Packages.

Texsource makes every effort to keep our website information accurate and up to date. However, Texsource is not responsible for errors in pricing and/or product descriptions, or alterations from displayed photos. If you have a question concerning such a product, please feel free to contact us.

All images, sounds, video, and graphics contained within this site are used as either property of Texsource, used under license, or used with permission.  If you feel that an asset does not meet this requirement please email webmaster for inquiry or takedown request.

NOTE - Additional freight charges may be applied to your order for equipment purchases, special order items, motor freight shipments, crating fees, or dropship items that may incur shipping and handling fees that may not be known at the time of the order.