At RAPA, we have a policy of listening carefully to our customers and trying to modify our offer so that it meets their expectations. That is why, after several comments from our business partners, we have decided to distinguish two models of flower refrigerator:

    SCh-AK - this is a model which, as standard, has a crossbar for hanging cut flowers and two 40 cm high flower stools made of "linen" stainless steel (which can be exchanged for low - 20 cm or high - 60 cm stools when placing an order)

    SCh-AKM - a model with a modified housing, prepared for the installation of sets of adjustable shelves on runners. As standard, this model will be equipped with two stools of 40 cm in height (which can be exchanged for low 20 cm or high 60 cm platforms when placing an order).

For both the first and the second model, flower refrigerator can be configured to suit specific requirements at the order stage and can be supplemented with additional equipment after purchase, expanding their design potential.

Depending on the effect you want to achieve, when placing your order you can replace the panoramic glass and/or side glasses with interior mirror panels for an additional charge. You can also choose to have the housing of the flower refrigerator and its internal fittings - i.e. shelves and platforms - painted in any colour from the RAPA colour chart.

If, after some time from purchase, you decide that you need to change or expand your device’s display, you can easily add additional adjustable hanged shelves (for SCh-AK and SCh-AKM), sets of adjustable shelves on runners (for SCh-AKM) or stools in any of the three available heights.

Everything to present your floral assortment in the most beautiful way possible and extend its vase life!

More details on the possibility of modifying the appearance and equipment of flower refrigerator can be obtained by writing to us at the following e-mail address: rapa@rapa.lublin.pl or by calling: 81 742 53 10.

We also encourage you to use the configurator on our website:

Model SCh-AK and model SCh-AKM