65 / 132 80 / 156 92 / 188 Conical Twin Screw Barrel Bimetallic Or Nitrided Treatment

65 / 132 , 80 / 156 , 92 / 188 Conical Twin Screw Barrel With Bimetallic Or Nitrided Treatment For Plastic Machinery

Product  Description:

65/132, 80/156, and 92/188 are specifications for conical twin-screw extruder barrels. These numbers refer to the diameter and length of the barrel in millimeters.

For example, a 65/132 conical twin-screw barrel has a diameter of 65mm at the feed end and 132mm at the discharge end, with a total length of the barrel typically ranging from 1,200mm to 1,800mm.

Similarly, an 80/156 conical twin-screw barrel has a diameter of 80mm at the feed end and 156mm at the discharge end, with a total length typically ranging from 1,500mm to 2,400mm.

A 92/188 conical twin-screw barrel has a diameter of 92mm at the feed end and 188mm at the discharge end, with a total length typically ranging from 2,000mm to 3,000mm.

Conical twin-screw extruder barrels are designed to provide increased pressure and mixing action during plastic processing, making them ideal for applications such as PVC pipe and profile extrusion, as well as for recycling and compounding processes.

Bloom manufacture screw element suitable for the following extruder products brand:

We can satisfy your different material needs:

A . according to appearance design

Convey screw segment 

Mixing screw segment 

Kneading block&disk 

Transition screw element

Deep groave transfer element

Screw element for side feeder 

1/2/3 flighted screw element 

OEM special screw element

B . according to materials

For wear application:

Tool steel:W6Mo5Cr4V2

PM-HIP material:WR5,WR13,WR14,CPM10V,CPM9V

For corrosion application:

38CrMoAla

PM-HIP material:WR4,WR13,WR14,CPM10V,CPM9V

For wear and corrosion application:

PM-HIP material:WR13,WR14,CPM10V,CPM9V

Other materials:

Stainless Steel:316L,440C etc.

1.Made of high speed steel (W6Mo5Cr4V2 and M2),Vacuum heating treatment and overall hardening, high wear-resistance and toughness.

2.Made nitrider steel (38CrMoAIA). high hardness, super toughness, anti-corrosion and anti-burst.

3.Made of HIP material imported from Europe (super wear-resistance powder metallurgical steel X245 and WR5).With features of high wear-resistance. high torque, anti-corrosion and anti-burst, this type of screw elements is used to produce such engineering plastics as that of more than 50% fiber glass.

4.Made of Hastelloy C-276 (00Cr16Mo16W4),super anti-corrosive nickel alloy. this type of screw elements is used to produce fluoroplastics(F46).

Screw and barrel accessories are important components for conical twin screw extrusion systems used in PVC and WPC profile applications. These accessories help to enhance the performance and efficiency of the extrusion process and ensure the quality of the finished products.

65/132, 80/156, and 92/188 conical twin-screw barrels are used in a variety of plastic processing applications, including:

1. PVC pipe and profile extrusion: Conical twin-screw extruders are commonly used for processing PVC materials for the production of pipes, profiles, and other products.

2. Recycling: Conical twin-screw extruders can be used for recycling a variety of plastic materials, including PET, HDPE, and LDPE.

3. Compounding: Conical twin-screw extruders are often used for compounding different plastic materials to create new formulations with specific properties.

4. Sheet extrusion: Conical twin-screw extruders can be used for the production of plastic sheets for various applications, including packaging and construction materials.

5. Wire and cable coating: Conical twin-screw extruders can be used for coating wires and cables with plastic materials, providing insulation and protection.

Overall, conical twin-screw extruders are versatile machines that can be used in a wide range of plastic processing applications. The specific size and configuration of the twin-screw barrel, such as 65/132, 80/156, or 92/188, will depend on the specific processing requirements of the material being processed and the desired output of the extrusion process.

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