Abstract Profiles in Vibrant Colors

Painting on canvasSigned 'LINDON' (likely a contemporary artist working in a decorative or commercial pop-art style)

Abstract Profiles in Vibrant Colors

Style & Movement

Neo-Expressionism / Contemporary Pop Art / Street Art Influenced

Medium & Technique

Acrylic or oil on canvas, utilizing flat color planes and bold black outlines consistent with Neopop or Street Art influences.

Creation Period

Late 20th to early 21st Century (circa 1990-2020)

Dimensions & Format

Approximately 24 x 18 inches; Portrait orientation

Subject Description

A stylized, abstract depiction of two figures in profile facing each other, possibly in an embrace or conversation. The composition uses anthropomorphic shapes, primary and secondary color gradients (yellow to magenta background), and playful line work such as curly hair and a red circular eye.

Condition & Value Assessment

Condition Assessment

Very Good; the canvas appears taut and colors remain vibrant without visible ultraviolet fading or significant craquelure.

Estimated Market Value

$300 - $800 USD

Auction Estimate

$200 - $500 USD

Provenance History

Unknown; likely sourced from a private residence or secondary market gallery, as evidenced by the modern residential framing and phone interface graphics.

Art Historical Significance

The work reflects the enduring influence of 20th-century masters like Picasso and Keith Haring, translated through a modern decorative lens often found in urban gallery settings or boutique art markets.

Notable Features

Distinctive 'LINDON' signature in the lower right corner; high-contrast use of a warm-toned color field that creates a 'glowing' effect around the central figures.

Condition Issues

Minor surface dust; slight abrasions on the silver-toned frame; no major structural loss or pigment flaking visible.

Conservation Recommendations

Maintain in a climate-controlled environment away from direct sunlight to prevent color fading of the synthetic pigments. Periodic dusting with a soft brush is sufficient.

Identified on 7/2/2026