The second seasonal merch drop for Dark Rune Kvlt, we would like to present to you as an offering for Samhain. Featuring a large embroidered patch on the front, fully illustrated design featuring overgrown Germanic axe and twisted branch longsword on the sleeves and a full back design of a cursed knight overgrown by the roots of a haunted gnarled tree.
Made from 100% heavyweight soft cotton fabric, this unisex high-quality sweatshirt is as comfy as it is stylish. It offers maximum versatility without being generic. The high-low side slit reflects an emphasis on detail and adds a tasteful touch to your casual wear.
Crew neck
Drop shoulders
High-low side slit
Oversized fit
Washed effect
100% combed cotton
Terry
32 count plain weave
Pre-shrunk
Washed and easy to fade
Fabric weight: 380g/m²
Side-seamed construction
Binding taped neck and shoulders
Ribbed collar, cuffs, and hem
Wash on the reverse side with neutral detergents. Do not soak, expose to the sun, and bleach. Iron, steam, or tumble dry at low temperature(max 30℃ or 90℉).
The second seasonal merch drop for Dark Rune Kvlt, we would like to present to you as an offering for Samhain. Featuring a large embroidered patch on the front, fully illustrated design featuring overgrown Germanic axe and twisted branch longsword on the sleeves and a full back design of a cursed knight overgrown by the roots of a haunted gnarled tree.
Made from 100% heavyweight soft cotton fabric, this unisex high-quality sweatshirt is as comfy as it is stylish. It offers maximum versatility without being generic. The high-low side slit reflects an emphasis on detail and adds a tasteful touch to your casual wear.
Crew neck
Drop shoulders
High-low side slit
Oversized fit
Washed effect
100% combed cotton
Terry
32 count plain weave
Pre-shrunk
Washed and easy to fade
Fabric weight: 380g/m²
Side-seamed construction
Binding taped neck and shoulders
Ribbed collar, cuffs, and hem
Wash on the reverse side with neutral detergents. Do not soak, expose to the sun, and bleach. Iron, steam, or tumble dry at low temperature(max 30℃ or 90℉).
