XK 560 Two Roll Open Mixing Mill for Rubber Conveyor Belt Making

Share on (62040069767):


Price:

Quantity:


Product Overview

Description


  Why Choose Mixing Mill Rubber Products from Lanhang

1. We're founded in 1992, with more than 20 years' professional experience


2. Fourtune global 500 companies' supplier


3. Overseas service center available (in Europe, Japan, Dubai, etc.)


4. International CE, SGS, IAF, CNAS certification


5. National high-tech enterprise / products


6. We own various National Patent for Inventions Letters for rubber & plastic machinery


7. ISO9001:2008 management


 .jpg


 


 


 


 


  Main Parameters of Our Mixing Mill Rubber

















































































































Model



XK400×1000



XK450×1200



XK560×1830



XK610×2030



XK660×2300



XK760×2800



Roller Diameter (mm)



400



450



560



610



660



760



Roller Length (mm)



1000



1200



1830



2030



2300



2800



Front Roller Max. Speed (m/min)



18.7



23



28.5



30



30



30



Speed Ration of Front Roller to Rear Roller



1:1.17



1:1.17



1:1.17



1:1.09



1:1.09



1:1.09



Batch Capacity (Kg)



45



70



110



150



210



360



Max. Roller Space (mm)



10



10



15



15



15



15



Roller Space Regulation Method



Manual or Motor-driven (customize available)



Power Supply



AC 380V 50HZ 3P (customize available)



Motor Power (Kw)



55



75



132



185



220



260



Reducer Type



Hardened-gear



Driving Method



Cardan Shaft



Dimension (mm)



4200x1680x1700



5000x1880x1780



6050x2150x1800



7070x2190x1785



7290x3610x1790



7540x4170x2050



Weight (T)



11



13



22



25



44



65




 


Application of Lanhang Brand Mixing Mill Rubber


Used to mix Rubber, Silicone, Abrasives, and PVC compounds. Especially in rubber-processing, mills are built for different mixing processes.


 


Features of Lanhang Machinery Mixing Mill Rubber


1. Roller: Made of chilled casting alloy and uniform thickness with good cooling effect.


2. Frame and cover: Made of steel casting or welded by steel plate, which have safety strength and high precision machinery.


3. Roller gap adjustment device: Options: manual or electric adjustment and gap display.


4. Reducer: fully-closed, hardened gear, forced lubrication, high safety factor, and less noise.


 


Main Composition of Lanhang Company Mixing Mill Rubber


Build Up of Two Roll Mill
A mill is typically assembled on a steel foundation plate, which is again set on rubber-pads or sound-metals adjustable, to isolate noise-levels to the building also to avoid tensions on the mill structure, precisely levelling out of the mill is very important for smooth operation.


Roller Bearing
Two rigid pillars with removable tops carry the rolls, which are placed either in friction/bush bearings or high quality anti-friction roller bearings. Roller bearings are pretty much standard nowadays, as they allow for 20 – 30 % in power-savings. A lubrication system is no longer required.


Roller Nip Setting
Adjustment of the front roll used to be made by hand (manual by ratchet) or later motorized by worm gear.


Nowadays hydraulic pistons adjust the rolls and also protect rolls from high forces that can build up in between the rolls (roll safety). They also open roll gap immediately when pushing the safety bar in front or back in case of emergency (required by European Safety standards CE).


Rollers
A mixing mill has 2 horizontal rolls set up back to back. They are made of ground chilled cast iron, with surface hardness ranging from 475 – 520 HV (Vickers hardness) up to 520 – 580 HV (or 68 - 72 HRC).


 


 


Packaging & Shipping


Wood Pallet & Film Wrap ( Mixing Mill Rubber )


 


Our Services


Mixing Mill Rubber


1. One year warranty


2. Engineers available to service machinery overseas (installation, debugging, commissioning and maintenance.)


3. Overseas service center available (in Europe, Japan, Dubai, etc.)


4. Life-long technical support


0.0312 s.