Colored Symmetry - Ring - 7/10, 2021
Colored Symmetry - Ring - 7/10: A Unique Geometric Linoprint Masterpiece
The artwork's dynamic composition features an interlocking ring structure in vibrant shades of orange, yellow, green, and blue. The precision of the geometric patterns is softened by the use of textured Japanpaper and water-based colors, creating a harmonious balance between rigidity and fluidity. Pencil accents add depth and dimension, highlighting the intricate interplay of light and shadow within the concentric forms.
This piece reflects Christian Reimann's passion for classic printing techniques, enhanced by experimental approaches that push the boundaries of traditional methods. Drawing from his background as a civil engineer and his artistic exploration since 2015, Reimann captures the intersection of mathematical precision and creative expression. Each print in this series is a testament to his dedication, resulting in an artwork that is both visually compelling and deeply thought-provoking.
Perfect for modern living spaces, offices, or galleries, "Colored Symmetry - Ring - 7/10" invites viewers to explore its layers of color and form, making it a captivating centerpiece. Whether you're an art collector or a design enthusiast, this geometric linoprint is a striking addition to any space.
- Professional worldwide delivery, supervised by WeArt’s logistics team
- Shipping fees are included in the price
- Estimated delivery time: 10–14 business days from the date of order confirmation
- Items may be returned within 14 days from the date of receiving the artwork.
- Refunds will be issued to the original form of payment used for the purchase.
- Return shipping costs are the responsibility of the customer.
- Items must be returned in their original condition.
- Custom-made orders are final sale and cannot be returned.
Christian Reimann
Abstract | Expressionism | Figurative | Minimalism
Collective Exhibitions Participant
Awarded Artist
Biography
Christian Reimann – German Artist Fusing Classic Printmaking Techniques with Modern Experimental Flair

























