Factory Price For Modular Belts P=1.07″ Belt Har 900 flat-top dynamic transition chain for Eindhoven Importers

Har 900 flat-top dynamic transition chain     

Thickness: 9.8mm     

Width: 152.4mm

Our products use POM material so our products are wear resistant and resistant to heat and so on. They are mainly used in the following aspects:

In beverage industry palletizes, depolarizers, washers, labelers, fillers, pasteurizers, incliners, out feeds, elevators and accumulation tables are equipped with slat band chains, curves, sprockets, belts, leveling elements and many more conveyor components.
For the container manufacturing industry special products and materials are available, such as abrasion resistant polyamide for glass plants, vacuum chains for can making and gripper chains for vertical transport.

In automotive industry the products are engineered to meet the most demanding applications, such as rubber processing and tire handling.

The K-Smartscraper Primary Belt Cleaner is a new and highly effective concept in belt cleaning, forming part of Kinder Australia’s range of Primary Conveyor Belt Cleaners. It is lightweight in construction (weighing only 9kg) and is a high performance alternative to conventional tungsten carbide blade style belt cleaners.

The key benefits of the K-Smartscraper are:

Mounts at the head drum, achieving a cleaning performance efficiency level of up to 90% removal of all carryback within the material flow.
Reduces conveyor mistracking and structural damage potential. Improves productivity levels.
Removes labour safety hazard as minimises accumulation of fugitive material around the conveyor structure and surrounds.
Self-adjusting spring-tensioned diagonal mount maintains consistent low contact pressure against the conveyor belt. Requires less ongoing adjustment maintenance.
Simple to mount, utilises wire construction. Mounting requires less labour and less downtime.
Utilises high alumina content ceramic tips replaces conventional tungsten carbide blades. Ceramic rates as 9 on the MHOS scale (diamond = 10). High abrasion resistance so last longer.
Mounting options include Cross-type (standard), V-type and Paired.

Suitable for all belt widths. Not suitable for conveyor belts with mechanical fasteners, or damaged conveyor belts.

PRF – PLASTICS RECYCLING FACILITIES
www.amutecotech.it

AMUT plant is able to cover the comprehensive recycling flow from mixed plastics sorting up to the delivery of flakes. These flakes have a quality level suitable to be re-used in further extrusion, injection or thermoforming process.
The plant reclaims polyolefin thermoplastics scraps to be transformed into granules with an output of 10 Tons/h.
The thermoplastic scraps come from the urban and industrial separate collection and they are previously selected as:
- HDPE / PP containers and bottles for foods.
- HDPE / PP containers and bottles for detergents and chemicals.
Plastics at inlet: HDPE and PP (75%), heavy plastics (25%).

The plant is fed by mixed plastics materials packed into bales, loaded by a forklift on the extracting chain conveyor installed in a pit, weighing system equipped with, and then conveyed to the “bales breaker machine”, properly designed and manufactured to break up bales mainly composed by plastic materials. This machine doesn’t shred material but gets back bulk material in order to feed the recovery plant in a constant and regular way.

Breaking up of the bales is assured by the circular motion of a drum equipped with fix teeth. The rotor’s sharp tools enter the bales separating in this way all materials that fall in the below conveyor belt, conveying materials to the pre-sorting picking cabin where pickers take way bulky materials, mainly represented by cardboard and film, from the stream. After this first selection, by a feeding conveyor, the material flow is conveyed in the rotary trommel, where the separation depends on size. Three different streams are possible.
1. Material having size smaller than 30 mm falls on a conveyor belt, where is conveyed, jointly to the one fine coming from the ballistic separators, to the residue storing unit.
2. Material having size between 30 and 260 mm, is conveyed to the ballistic separator where the rolling shape and the hard materials are separated from the light and flat ones by the paddles sussultory movement. Furthermore, thanks to the grids installed on the paddles, fine material not yet separated by the rotary trommel, is evacuated and conveyed to the special storing unit. Flat and light material are conveyed upward by a conveyor.
“Rolling shape and hard materials” sorted by the action of the ballistic separator, are conveyed to the plastics automatic selection line where plastic material will be automatically selected by optical readers.
3. Oversize materials stream, having size bigger than 260 mm is conveyed to the bulky materials picking line, where, different types of materials, mainly film and good plastics to be sent to the automatic line are manually selected and discharged in chutes.

In order to get the higher quality of materials, after the NIR optical reader they are provided QC (quality control) stations, where pickers recycle errors, conveyed at the beginning of the automatic line to get more efficient the line. A manual checking line is also provided.
Before entering the automatic line, “rolling shape and hard material” (plastic materials stream) stream passes through a de-metallization line, consisting of an over band magnetic separator used for ferrous materials and, an Eddy Current System (based on the Foucaults currents principle), used for no-ferrous metals. Ferrous and no-ferrous materials selected in the de-metallization line, are weighed by weighing system hopper and then discharged into hook-lift containers.