Himalayan Golden Feldspar Matrix by Stillmantle

Details

Description

A substantial natural Himalayan Golden Feldspar matrix specimen selected for its stratified architectural form, warm golden-ochre coloration, and raw tectonic … Read more A substantial natural Himalayan Golden Feldspar matrix specimen selected for its stratified architectural form, warm golden-ochre coloration, and raw tectonic surface. The piece is composed of dramatic parallel cleavage planes that stack and intersect like a small geological monument, giving it a strong sculptural presence beyond a conventional mineral specimen.

Weighing approximately 17.2 lb, this mineral object has enough visual and physical weight to serve as a statement shelf sculpture, console object, credenza accent, desk piece, or collectible mineral display. The warm feldspar tones and rugged geometry work especially well in brutalist, organic modern, wabi-sabi, minimalist, and contemporary interiors.

Material & Details:
• Mineral: Natural Himalayan Golden Feldspar / Orthoclase
• Origin: Himalayas, Pakistan, as represented by the supplier
• Dimensions: Approx. 19.9 x 27.8 x 14.5 cm / 7.8" W x 10.9" D x 5.7" H
• Weight: Approx. 7.8 kg / 17.2 lb
• Color: Golden ochre, warm beige, sandstone, and natural matrix tones
• Surface: Raw, unpolished, and naturally formed
• Condition: New and unused natural mineral specimen
• Included: One natural Himalayan Golden Feldspar matrix specimen
• Not included: Display bases, custom mounts, plinths, stone slabs, botanicals, vessels, or styling props shown in photos

Please note that natural mineral specimens may show organic surface variation, asymmetrical mineral growth, natural cleavage planes, exposed matrix, natural fracture lines, inclusions, uneven edges, and irregular raw texture. These characteristics are inherent to the stone and are not considered damage.

Display note: Due to the weight and irregular natural base, this specimen should be placed on a stable surface. A custom support, felt pads, or museum putty may be useful depending on the display angle. See less