Cases bags - Import export

Characteristics: 140 g/m² 100% Melange Recycled Cotton Long handles: approx. 65 cm Stitching on the handles for greater stability Internal overlock seams Cross Stitched Dimensions: 38 x 42 x 10 cm 3 Side Gusset Maximum print area: 30 x 30 cm Suitable for embroidery, Screen, DTG and transfer printing

Spunbond polypropylene nonwovens are mainly used in medicine, hygiene, cosmetics and pharmacy. They are applied as independent materials, offering low masses with relatively high strength properties. They can also be bonded with other materials (meltblown nonwoven), gaining completely new properties. These compositions are mainly used for hygienic applications, products for construction and the automotive industry. Application: spunbond nonwovens are applied in products such as, protective and medical clothing: disposable clothing, gloves, hats, caps, footwear protectors, surgical clothing, surgical field underlays and foiled underlays, disposable sheets and foiled sheets, single-layer medical masks, surgical gowns, shoe covers, sanitary pads, diapers, tampons, bandages, patches, dressings, compresses, linings, pockets, partitions, masking elements in products such as bags, belts, cases.

Module vertical bag filters constitute a line of traditional de-dusting units with bags attached in a vertical system. They are intended to extract dry dust from gases in all industry sectors. They are characterized by ability to purify great quantities of gases. BENEFITS •An advanced way gases are entered ensures their uniform flow into all of the bags. •Downstream direction of certain quantity of gases supports falling of the dusts in the filter's chamber. •Both-side filtrating bags positioning and preventing them from their displacement eliminates effect of mechanical wear in case ends of bags contact each other. It is very important in case of long bags. •Modern regeneration system - Twin-jet enables applying of purified gas originating from the filter clean chamber to carry out this process. In this way efficiency of regeneration grows up and, at the same time, compressed air consumption goes down.