Skip to product information
1 of 7

BICAPACK

Pack of 25 Kraft Paper Bags with Braided Handles – Green

Pack of 25 Kraft Paper Bags with Braided Handles – Green

Original, Sustainable and Professional

• 24 cm wide x 10 cm gusset x 30 cm high
• White kraft paper 80 g/m² – green outer side, white inner side
• No print: clean and adaptable style
• Strong and comfortable braided handles
• Plastic-free presentation

Regular price €0,00 EUR
Regular price Sale price €0,00 EUR
Sale Sold out
Taxes included.

Description

This pack of 25 kraft paper bags combines a vibrant green exterior with a white interior, creating a polished, modern, and eco-friendly aesthetic. Their unprinted design allows for individual uses, from retail to events. Made with 80 gsm paper and featuring braided handles, these bags are designed to withstand daily use without compromising style or environmental friendliness.

Dimensions and Specifications

Bag dimensions: 24 x 10 x 30 cm
Paper weight: 80 g/m²
Weight per bag: 28 g
Quantity per pack: 25 units
Pack dimensions: 26.5 x 5 x 43 cm
Total weight of the package: 0.714 kg
Plastic-free packaging

Material

These bags are made from 80 g/m² kraft paper: white on the inside and green-tinted on the outside. The material is recycled, biodegradable, and recyclable, ensuring excellent strength and a neat appearance. The braided handles provide durability and comfort for safely transporting medium and light products.

Product codes

SKU: ST03W08024010030002501018
GTIN-13: 6192113600216

Recommended uses

Thanks to their sleek design and stylish color combination, these bags are perfect for:

Gift and gourmet product shops
Stationery stores, flower shops and boutiques
Organic shops and craft fairs
Custom events and neutral product packaging

Commitment to Sustainability

At Bicapack, we prioritize recycled materials and responsible processes. These bags are made with 100% recycled kraft paper, plastic-free and completely recyclable. By choosing this product, you support a conscious and sustainable consumption model.

View full details