Vampirella XPS foam tray S3-25, white, 225 x 175 x 25 mm, 800 pieces / pack
The Vampirella XPS foam tray S3-25 in white is a practical packaging solution for fresh food with a short best-before date. As a fresh produce tray and in particular as a meat tray, it is ideal for professional use in butcher shops, meat processing plants, fresh food counters, food retail and gastronomy.
The self-service tray is made of foamed polystyrene, XPS for short, and impresses with its robust, hygienic and practical design. The self-absorbent function is particularly practical: product liquids can pass through fine openings in the inner tray base into the interior of the tray and be retained there. As a result, additional absorbent pads are not needed in many applications.
With dimensions of 225 x 175 x 25 mm, the XPS meat tray S3-25 offers a suitable size for fresh meat products and other sensitive fresh products. For secure packaging, the Vampirella tray can be wrapped with stretch film or sealed in flow-pack bags. This supports a clean, professional and sales-promoting presentation in the self-service area.
The retail tray for fresh produce combines functionality, hygiene and reliable liquid absorption in a practical packaging solution for everyday use.
Your advantages at a glance
- Ideal for butcher shops, meat processing, fresh food counters, food retail and gastronomy
- Self-absorbent design
- Additional absorbent pads not required
- Robust and hygienic packaging solution
- Suitable for fresh food with a short best-before date
- Can be sealed with stretch film or flow-pack bags
- Clean and professional presentation in the self-service area
Product data at a glance
- Product: Vampirella packaging tray S3-25
- Material: XPS, foamed polystyrene
- Colour: white
- Dimensions: 225 x 175 x 25 mm
- Packaging unit: 800 pieces / pack
Please note:
All information on these XPS trays has been compiled with care. However, only the information on the product packaging is authoritative. Deviations between the actual product and the images shown are possible.
