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| Categories | Wire Extrusion Line |
|---|---|
| Model Number: | EXT65 EXT90 EXT120 |
| Place of Origin: | China |
| Brand Name: | Kunbo |
| MOQ: | 1 |
| Packaging Details: | Different packaging methods are adopted according to different modes of transport. |
| Payment Terms: | L/C,T/T,D/P,D/A |
| Name: | Silicone Wire Insulation/Sheath Extrusion Line |
| Conductor specification: | 0.35-10mm2 16-120mm2 35-400mm2 |
| Keyword: | Wire Insulation Line |
| Application: | extrusion of silicone wires and cables |
| Inlet specification: | Φ0.6-Φ6mm Φ5-Φ15mm Φ8-Φ26mm |
| Finished outer diameter: | Φ1.3-Φ8mm Φ6-Φ18mm φ9-φ28mm |
| Screw speed (rpm): | 50 40 40 |
| Aspect ratio (L/D): | 12:1 |
| Drive power (kWAC): | 15 18.5 30 |
| Insulation material: | Silicone Rubber |
| Extrusion volume: | 100kg/h 280kg/h 400kg/h |
| Line speed: | Max100m/min |
| Company Info. |
| Changzhou Kunbo Electromechanical Technology Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
Silicone Wire Insulation/Sheath Extrusion Line 80m/min
Silicone rubber cable has the characteristics of high temperature resistance, cold resistance, acid and alkali resistance and corrosive gas resistance, waterproof, etc. The cable structure is soft, radiation is convenient, the electrical performance is stable in high cold/high temperature (-60℃ - 180℃) environment, the anti-aging performance is outstanding, and the service life is long. It is widely used in metallurgy, power, petrochemical, electronics, automobile manufacturing and other industries.
Application
Mainly used for the extrusion production of various high-temperature silicone wires and cables and silicone pipes;
Features
Adopt KB 2.0 intelligent control system + Siemens IPC3000 + 19-inch industrial control screen + S7-1200PLC + a full set of online detection instruments to realize automatic control of the production process (wire diameter), conductor preheating, head vacuuming, three-stage infrared heating rapid shaping, uniformity of post-air heating and automatic lifting of the vulcanization furnace are process means to ensure process quality, avoiding the occurrence of pores in the extrusion of silicone rubber cables, lack of sulfur during startup and shutdown, and other phenomena that affect quality. The perfect process formula management is a strong guarantee for your product consistency and standardized production management, reducing dependence on people to a minimum.
Specification
| Extruder model | EXT65 | EXT90 | EXT120 |
| Conductor specification | 0.35-10mm2 | 16-120mm2 | 35-400mm2 |
| Inlet specification | Φ0.6-Φ6mm | Φ5-Φ15mm | Φ8-Φ26mm |
| Finished outer diameter | Φ1.3-Φ8mm | Φ6-Φ18mm | φ9-φ28mm |
| Screw speed (rpm) | 50 | 40 | 40 |
| Aspect ratio (L/D) | 12:1 | ||
| Drive power (kWAC) | 15 | 18.5 | 30 |
| Insulation material | Silicone Rubber | Silicone Rubber | Silicone Rubber |
| Extrusion volume | 100kg/h | 280kg/h | 400kg/h |
| Line speed | Max100m/min | Max100m/min | Max100m/min |
Stages of the cable extrusion process
To make a long story short, the cable extrusion technique entails a
structured set of activities that produce high-quality cables with
superior performance characteristics. The rest of the section
examines the critical steps in the cable extrusion process:
Wire Preparation: The initial stage in this process is wire
preparation, which cleans, anneals, and coats conductors made from
aluminum or copper to improve their conductivity to electric
current and resistance to corrosion.
Insulation Material Selection: The next step is to select an
appropriate insulation material according to the cable’s
requirements. Examples of insulation materials include but are not
limited to, PVC (Polyvinyl Chloride), XLPE (Cross-Linked
Polyethylene), thermoplastics, and thermosetting materials.
Extrusion: From this point, the insulator is placed in an extrusion
device that heats the material precisely to the required
temperature. The insulator is then melted and channeled through a
die until it takes the appropriate die shape needed for the wire.
Cooling and Setting: After the extrusion process is completed, the
newly formed cable passes through a cooling system to prevent the
dissipation of the insulator material. Hence, the cable retains its
form and shape.
Jacketing (if necessary): In some situations, additional protection
is referred to as the jacket, which is placed over the insulation
layer. The material used for jacketing enhances mechanical
strength, provides barrier protection from the environment, and
offers more safety measures.
Curing and Cross-linking (if required): For some insulating
materials, such as XLPE, further processing with curing or
cross-linking may be necessary. This increases the material’s
thermal and mechanical characteristics, enabling it to withstand
high temperatures and offering almost permanent strength.
Testing and Quality Control: Different tests and quality control
measures are applied throughout the cables’ extrusion process to
ensure that the products conform to the set standards and
requirements. These include conductivity tests, resistance tests,
and various voltage tests.
Cable manufacturers can meet the ever-increasing demands and
requirements of different fields and purposes by combining these
stages with stringent quality control measures to produce reliable
and well-functioning cables.
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