Zaatar Overseas

Zaatar Overseas operates from Israel and currently offers 25 distinct items in its online catalogue. The listed items fall under four primary categories: honey products, soaps & detergents, thyme blends, and instant Arabic coffee. Each product name reflects its formulation, such as “Lemon And Ginger Honey” or “Siba Dead Sea Mud Soap”, and the catalogue includes both sweet spreads and savory marinades. The supplier’s catalogue does not provide HS‑code details, so the product families are identified by their standard trade classifications.

The honey line comprises more than a dozen variants, ranging from single‑origin syrups to blends with fruit, spice, or botanical additives. Soap offerings include a dead‑sea‑mud formulation and an olive‑oil lemon variant, while the thyme range is presented as a traditional “Zaatar” blend. The sole coffee item is listed as “Instant Arabic Coffee”, indicating a ground, soluble product intended for quick preparation. All 25 products are presented without claimed certifications or specific production capacities.

The catalogue’s honey selections cover typical Israeli monofloral and multifloral profiles, many of which would be classified under HS chapter 04 (e.g., HS 0409 for natural honey). In the broader market, honey is often graded by ICUMSA standards, with premium grades such as ICUMSA 45 indicating low ash and moisture content below 18 %. The date‑based spreads and syrups are generally treated under HS 2008 for prepared fruit spreads, with typical sugar content above 70 % and a viscosity of 1500‑2500 cP at 20 °C. Soap products fall under HS 3401 and are usually formulated from natural oils, clays, and botanical extracts; standard specifications include pH 5‑7 and a minimum of 30 % fatty acid content. Thyme blends are classified under HS 1212 for dried herbs, with common quality metrics such as moisture ≤12 % and essential‑oil yield around 1‑2 %. Instant Arabic coffee is grouped under HS 0901, with typical solubility above 95 % and particle size below 200 µm for rapid dissolution.