Стеклянные цилиндрические емкости для оливкового масла янтарного цвета, 250 мл, 500 мл, 750 мл, оптом.

These olive oil glass containers have a cylindrical shape which narrows down to the neck section that creates a typical threaded opening. The amber glass construction of these bottles delivers optimal UV protection which enables them to preserve the original quality of the olive oil.

Особенности продукта

• UV-resistant amber glass: The deep amber glass material functions as a UV barrier which protects sensitive oils from deterioration while maintaining their original taste and appearance and their complete nutritional content.
• Three sizes available: Small, medium, and large bottles are available to meet a variety of packaging needs, from sample packs to kitchen staples.
• Sturdy cylindrical body: The glass cylinder design uses thick walls and straight walls to create a strong and weather-resistant structure which users can easily handle while offering sufficient space for product identification.

Основные характеристики

Success Story: Relaunch of a California Extra Virgin Olive Oil Brand

The California olive oil producer chose our 250ml amber olive oil bottle glass product and created a personalized design using screen printing techniques to apply gold foil. The UV protection extended the shelf life of unfiltered olive oil by 60% while gold printing increased the export market value by 25%. The brand achieved great success, and they subsequently ordered 380,000 bottles for the launch of a new line of flavored oils and gift sets.

Olive Oil Glass Containers Customization Options

• The glass color selection includes three options of light amber medium amber and dark amber which provide different UV protection levels.
• The product uses a perforated shrink wrap seal or a fragile plastic safety ring which is placed beneath the cap to establish tamper-evident protection for retail products.
• Screen printing enables the application of product variety information and country of origin details and usage instructions directly onto the glass surface.