Plastic bottles and hollow containers

Plastic is a material that is often recycled. There are many different kinds plastic. Some of the more common types are HDPE, LDPE or PET. Many everyday products are made from these types of plastic, for example plastic bottles and other kinds of hollow containers. HDPE (high-density polyethylene), LDPE (low-density polyethylene) and PET (polyethylene terephthalate) are all economical and provide a good moisture barrier. That is why they are ideal materials for packaging.

Below you will find Presona balers suited for baling these materials. Almost all our balers are “Plastic balers”.

Our balers for plastic bottles and hollow containers

LP 50

The LP 50 baler is suitable for baling operations with small to medium throughput requirements. It can process up to 13 tonnes of cardboard per hour and has a combined press force of 75 tonnes.

Kapacitet: 6–13 t/h for cardboard

Läs mer

LP 60

LP 60 can compact most materials and can be equipped with a cross strapping unit. It can process up to 18 tonnes of cardboard per hour or more and has a combined press force of 85 tonnes.

Kapacitet: 11–18 t/h for cardboard

Läs mer

LP 85

The LP 85 baler is a high performance baler with exemplary robustness. This baler with an added cross strapping unit is the perfect choice for obtaining high density bales when baling plastic. The LP 85 has a combined press force of 113 tonnes.

Kapacitet: 14–21 t/h for Cardboard

Läs mer

LP 110

This baler is ideal for high-material throughput applications. The baler is available in ten different configurations – with two feed opening sizes and two bale sizes. The LP 110 can process up to 29 tonnes/hour for Cardboard and has a combined press force of 164 tonnes.

Kapacitet: 15–29 t/h for cardboard

Läs mer

MP 270

The MP 270 MH is intended for recycling and sorting plants or other businesses that bale large quantities of material. It has super-high capacity while being very cost effective. Total press force is 270 tonnes.

Kapacitet: 45 t/h for cardboard

Läs mer