40 Grams Natural Fossilised Amber With Plant Debris Traces and Mineral Specks

• These natural amber stones originate from Myanmar.
• The total parcel weight is approximately 40 grams (around 200 carats).
• Each piece averages about 1.3 grams in size.
• The stones range across multiple weight categories, including 8–10 carats, 5–8 carats, 3–5 carats, 1.04–3 carats, and smaller pieces under 1 carat.
• All specimens are in rough, uncut form.
• They display beautiful warm orange to yellow coloration.
• Clarity varies from included to VS and VVS quality.
• No treatments have been applied; the amber is completely natural.
• It is recognized as the traditional birthstone for November.
• These are categorized as semi-precious gemstones, natural mineral crystals, and collectible amber specimens.
• Formed during the Cenozoic geological era, the pieces represent fossilized ancient tree resin.
• Their authenticity is guaranteed as genuine amber.
• These lots consist of common grade rough amber suitable for study, collecting, and lapidary work.

Natural Fossil Resin Structure

These rough amber display classic resinous transparency from light honey to deep cognac tones. Their irregular fragments show natural conchoidal fracture surfaces, typical of fossilized tree resin millions of years old.

Color Zoning & Internal Texture

There are visible warm golden to reddish-brown color zoning indicates natural age, oxidation history, and organic polymer composition. Some pieces show internal flow patterns, subtle inclusions, and soft cloudiness that collectors value for authenticity studies.

Organic Inclusions

Dark carbon patches, plant debris traces, and mineral specks appear in several pieces. Such features help gemologists identify natural origin, environmental conditions of formation, and distinguish them from synthetic substitutes.

Lustre & Optical Response

When exposed to direct light, the amber shows resinous to vitreous luster, flashing warm internal glow. UV-response tests often show bluish-green fluorescence, a known phenomenon in natural amber specimens (testable upon request).

For Students, Researchers, Mineral Lovers & Lapidary Artists

These raw amber fragments represent ancient fossilized tree resin, displaying natural transparency from golden-honey to warm cognac tones. Their uneven geometry, resinous luster, and subtle internal flow structures offer excellent reference material for studying organic fossilization and resin polymerization. Several pieces exhibit dark carbon clusters and mineral traces — features valued by gemologists for authenticity, age interpretation, and environmental reconstruction.

When backlit, the specimens reveal warm glow and color zoning, while the lightweight feel and static charge properties distinguish amber from glass or synthetics. Ideal for classroom demonstrations, specimen collection, gem teaching, or light lapidary polishing, these pieces highlight the natural character of amber as an ancient organic gemstone.

FAQs About Natural Amber

Q1: How can I tell these ambers are natural and not synthetic?

These ambers are naturally sourced from Myanmar and remain completely untreated. Their rough surfaces show natural fracture lines, color zoning from orange to yellow, and tiny organic inclusions — all typical signs of genuine fossil resin from the Cenozoic era. Their lightweight feel, internal particles, and resinous luster further confirm natural origin, unlike synthetic substitutes that appear too clean or uniform.

Q2: Can these rough amber pieces be polished or cut?

Yes. Since these stones come in mixed carat sizes and clean clarity grades ranging from Included to VS and VVS, they are suitable for polishing, shaping, and small lapidary experiments. Many buyers cut them into cabochons, beads, pendants, or miniature carvings. Their natural color tones and internal textures finish beautifully when polished.

Q3: Why do some amber pieces have dark spots or inclusions?

The dark areas seen inside some stones are natural features formed during fossilization. These may be carbon flecks, mineral grains, or trace organic matter embedded in the resin before it hardened. Instead of being flaws, such inclusions confirm authenticity, help gemologists study origin and age, and make each specimen visually unique.