Top Quality Fluorescent Rough Petroleum Quartz Crystal Lot – 155 Pieces – 62 g A beautiful lot of 155 individual natural rough Petroleum Quartz crystals from the renowned Balochistan mines of Pakistan. This lot has a total weight of 62 grams and consists of carefully selected small-sized crystals, making it an excellent lot for collectors who appreciate quantity, quality, and natural crystal beauty. The crystals are naturally terminated and free from damages, preserving their original natural formations. Despite their smaller size, the individual pieces show excellent transparency and remarkable lustre, giving the lot a bright and attractive appearance. One of the most fascinating characteristics of these crystals is their fluorescence under UV light. As shown clearly in the uploaded photographs, the crystals display a distinctive change of colour under ultraviolet illumination, making them especially interesting for collectors of fluorescent minerals. The natural petroleum inclusions are clearly visible inside the transparent quartz crystals. These inclusions are the defining feature of Petroleum Quartz and give each crystal its unique character and appearance. With 155 individual pieces, this is an attractive and versatile collector's lot, suitable for mineral collections, fluorescent mineral displays, educational purposes,Healing purposes,Cutting purposes or selecting individual crystals for creative jewellery projects. Specifications Mineral: Petroleum Quartz Origin: Balochistan, Pakistan Total Weight: 62 grams Number of Pieces: 155 individual crystals Crystal Size: Small-sized pieces Termination: Naturally terminated Condition: No damages or repair. Transparency: Excellent Lustre: Excellent Special Feature: Fluorescent colour change under UV light Inclusions: Clearly visible natural petroleum inclusions A fascinating opportunity to acquire a large number of high-quality, transparent and naturally terminated Petroleum Quartz crystals, displaying their characteristic petroleum inclusions and beautiful fluorescence under UV light.