Hffr Cable Compounds Xinda Sjw-140 Co-Kneader Extruder

• Warranty: 1 Year
• Raw Material: Mixing
• Screw: Single-Screw
• Inverter: Inverter
• Electromagnetic Heater: Electromagnetic Heater
• Automation: Automatic
• Model NO.: SJW-140
• Computerized: Computerized
• Customized: Customized
• Certification: CE, ISO9001:2008, QS, UL
• Condition: New
• Capacity: 500-800kg/H
• Applications: All Kinds of Polymer Mixing
• Electric Brands: Siemens / Schneider
• Control: PLC + Touch Screen
• Extruder Weight: 10000kg
• Transport Package: Pallet and Wooden Box
• Trademark: XINDA
• Origin: China
• HS Code: 84772010
• Production Capacity: 200sets/Year

Product Description

 

HFFR Compounds:
HFFR (Halogen Free, Flame Retardant) polyolefin compounds for cable insulation mass can be produced by XINDA Co-kneader compounding line for high quality grade. 
The basic formula of HFFR includes: LLDPE/EVA, ATH/MDH, additive agents, and/or silane. 
Detecting melt tempeature, mild shearing, screw shaft cooling to avoid over-heat, these are typical advantages of XINDA Co-kneader in HFFR cable compounding. 
The screw shaft can be cooling by water or oil to avoid shearing heat from barrel inside. 




SJW XINDA Type Cascade Three Flights Co-Kneader Compound Extruder for HFFR Compounds  

The XINDA SJW Three flights compouding system,each spiral is broken by 3 gaps per revolution to locate the kneading flights, 3 rows of kneading pins,which are individually inserted in the barrel per 120 degree. The reciprocating wobble-box synchronizes the shaft rotation and oscillation so that each revolution of the screw is accompanied by one full stroke forward and backwards.This ensures optimal distributive and dispersive mixing with minimal energy consumption.
 

Advantages of the XINDA Co-kneader

The Co-Kneader, a mild-shear rotating and reciprocating single-screw extruder, is designed for shear and temperature sensitive compounds. The flights on the screw are interrupted and interqct with three rows of stationarv kneadina pins located in the barrel wall. The interaction between the moving flights and the stationary pins provide dispersive and distributive mixing simultaneously. Axially opened split barrel guarantees ease of cleaning. Those splined, segmented screw elements and pins can be changed easily according to different processing techniques. In addition, some pins are hollow inside, thermocouples can be inserted to get the accu- rate temperature of the materials inside the barrels, so as to liquid additives injection. Different from other extruders, the kneading process is achieved radially and axially at the same time. All in all, Co-Kneader has outstanding kneading, mixing efficiency and high degree of self-wiping. It is the most suitable for compounding purposes.

Cascade two-stage co-kneader system for HFFR Compounding: Co-kneader and discharging extruder build up two stage compounding system. It is ideal for heat-sensitive compounds. 

 

Advantage of the compounding system:

--Lower energy input, lower melt temperatures
--Extremely homogeneous mixing, no shear spikes, equal treatment of polymer matrix
--High degree of self-wiping and have no dead spot
--Dispersive mixing without destroying delicate fllers
--High volumetric loadings of fllers and additives
--Efficient blending of liquid components
--Broad application for compounding without changing hardware
--Axially opened split barrel guarantees ease of cleaning and fast maintenance
--Replacement parts, such as screws, barrel lining and pins can be changed individually

 

HFFR Compounds:                                                                                                                              

--For cable jacketing                                                                                                                                        

--For cable insulation                                                                                                                                                                                                                                                       
                                                                                                                                                              

 

 

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