Skip to content
Cotton Heritage MR1085 t shirt - 5.5 oz weight and regular fit, DTF and DTG compatible

Cotton Heritage MR1085

Unisex Eco Recycled T-Shirt

Compare supplier prices

Shipping to United StatesUSDBase plan
SupplierTotal

Closest available product alternatives

Destination
Plan

Updated Jul 30, 2026

Keep comparing

Description

About this product

Cotton Heritage MR1085 Premium Ringspun Tee is a unisex and t shirt with 5.5 oz weight, regular fit, crew neckline and short sleeve, and reinforced construction. DTF and DTG are listed for decoration. Ring-spun yarn supports a smoother print surface than open-end yarn.

At a glance

What to know

  • 5.5 oz weight, regular fit, and reinforced construction
  • crew neckline and short sleeve
  • ring spun yarn and tear away label
  • DTF and DTG decoration compatibility

Product notes

More details

Product Specs

Cotton Heritage MR1085 Premium Ringspun Tee is a unisex and t shirt. The specs list 5.5 oz weight, regular fit, crew neckline and short sleeve, reinforced construction, ring spun yarn, and tear away label. Ring-spun yarn supports a smoother print surface than open-end yarn.

Decoration Context

DTF and DTG are listed for decoration. DTG applies pigment ink directly to compatible garment fibers. DTF uses a heat-applied transfer across many fabric blends.

Buyer FAQ

Common questions

What print methods work with the Cotton Heritage MR1085?
DTF and DTG are listed for this product. DTG applies pigment ink directly to compatible garment fibers.
How heavy is the Cotton Heritage MR1085?
5.5 oz. Use that weight with the fabric field to compare this garment against lighter or heavier blanks.
What fit does the Cotton Heritage MR1085 have?
Regular fit. crew neckline and short sleeve.
Is the Cotton Heritage MR1085 side-seamed or tubular?
The specs list reinforced construction. Side-seamed and tubular blanks differ in body structure and print-placement behavior.
What yarn type does the Cotton Heritage MR1085 use?
Ring Spun yarn. Yarn construction helps explain surface feel and print-surface smoothness when comparing apparel blanks.