Gel cooling pad 200g with long cooling for commercial refrigerated shipping, high quality & robust, environmentally friendly recyclable, advertising print possible, suitable for food

Gel cooling pad 200g with long cooling for commercial refrigerated shipping, high quality & robust, environmentally friendly recyclable, advertising print possible, suitable for food

SKU: 11021

Gel cooling pad 200g
approx. 11.5 x 14 cm
Ideal for commercial disposable use

0,58 €

per 1 piece incl. 19% VAT , plus

From	Unit price / piece
1600	0,45 €* - 22 %
3200	0,41 €* - 29 %
more needed?

Available immediately
Delivery time: 2 - 4 Workdays (DE - int. shipments may differ)

piece

Please note the minimum purchase quantity of 80 piece.

Please note the permissible order quantity of 80 piece.

Description
Reviews

The 200g gel cooling pad is the ideal solution for commercial refrigerated shipping. With a size of approx. 11.5 x 14 cm, it fits perfectly in any packaging and ensures long-lasting cooling of your products. The high-quality and robust material is environmentally friendly and recyclable, making it a sustainable choice for your shipping.

Thanks to the option of an advertising print, you can also use the gel cooling pad as an advertising medium and thus present your brand or company. It is also food-safe and therefore also suitable for use in the food industry.

The gel cooling pad is perfect for use in various industries such as food shipping, the pharmaceutical industry or even in online retail. See for yourself the high quality and effectiveness of our gel cooling pad!

The phase change in these gel cooling pads takes place at approx. 0°C. During this change, the cooling pad needs a lot of energy to melt in the form of heat, which it takes from the environment (e.g. inside a Styrofoam box or cool box) - this is also referred to as heat absorption. In other words: the temperature range around 0°C is the temperature range that this gel cooling pad can maintain for the longest time, because this is where it extracts the most heat energy from its environment (melting point).