450V 1.0mm² /2.5mm² /4mm² /6mm² 2-6 Flexible Multi Core Cable Solid Core Coaxial Cable

1.0mm² (2-4 Cores)

Conductor: Stranded with multiple fine Copper Wires, each strand has a diameter of approximately 0.12mm, with a total of 84 strands. The DC resistance of the conductor at 20℃ is ≤18.1Ω/km.

Insulation Layer: Made of oil-resistant polyvinyl chloride (PVC) or thermoplastic elastomer (TPE), with a thickness of 0.6mm. The temperature resistance range is -20℃ to 80℃, and the insulation resistance is ≥100MΩ.

Sheath Layer: Wear-resistant PVC material, with an overall outer diameter of approximately 4.5mm. The bending radius is ≤4 times the outer diameter, and it can withstand more than 10,000 bending tests without breaking.

Electrical Performance: Rated voltage 450V, rated current (when laid in air) 10A, suitable for AC 50/60Hz circuits, and the short-circuit withstand temperature is 160℃ (within 5 seconds).

2.5mm² (2-5 Cores)

Conductor: Stranded with multiple fine copper wires, each strand has a diameter of approximately 0.16mm, with a total of 105 strands. The DC resistance of the conductor at 20℃ is ≤7.41Ω/km.

Insulation Layer: Oil-resistant PVC or TPE, with a thickness of 0.7mm. The temperature resistance range is -20℃ to 80℃, and the insulation resistance is ≥100MΩ.

Sheath Layer: Wear-resistant PVC, with an overall outer diameter of approximately 6.2mm. The bending radius is ≤4 times the outer diameter, and it can withstand more than 10,000 bending tests without breaking.

Electrical Performance: Rated voltage 450V, rated current (when laid in air) 25A, applicable to AC 50/60Hz circuits, and the short-circuit withstand temperature is 160℃ (within 5 seconds).

4mm² (3-6 cores)

Conductor: Stranded with multiple fine copper wires, each strand has a diameter of approximately 0.2mm, with a total of 105 strands. The DC resistance of the conductor at 20℃ is ≤4.61Ω/km.

Insulation Layer: Oil-resistant PVC or TPE, with a thickness of 0.8mm. The temperature resistance range is -20℃ to 80℃, and the insulation resistance is ≥100MΩ.

Sheath Layer: Wear-resistant PVC, with an overall outer diameter of approximately 8.5mm. The bending radius is ≤4 times the outer diameter, and it can withstand more than 10,000 bending tests without breaking.

Electrical Performance: Rated voltage 450V, rated current (when laid in air) 32A, applicable to AC 50/60Hz circuits, and the short-circuit withstand temperature is 160℃ (within 5 seconds).

6mm² (4-6 cores)

Conductor: Stranded with multiple fine copper wires, each strand has a diameter of approximately 0.25mm, with a total of 105 strands. The DC resistance of the conductor at 20℃ is ≤3.08Ω/km.

Insulation Layer: Oil-resistant PVC or TPE, with a thickness of 1.0mm. The temperature resistance range is -20℃ to 80℃, and the insulation resistance is ≥100MΩ.

Sheath Layer: Wear-resistant PVC, with an overall outer diameter of approximately 12mm. The bending radius is ≤4 times the outer diameter, and it can withstand more than 10,000 bending tests without breaking.

Electrical Performance: Rated voltage 450V, rated current (when laid in air) 42A, applicable to AC 50/60Hz circuits, and the short-circuit withstand temperature is 160℃ (within 5 seconds).

Conductor: Single solid Copper Conductor, the diameter depends on the corresponding cross-sectional area, and the 6mm² corresponds to a diameter of approximately 2.76mm. The DC resistance of the conductor at 20℃ is the same as that of multi-Core Cables of the same specification.

Insulation Layer: Covered with foamed polyethylene (PE), the insulation outer diameter is 5-10mm, and the dielectric constant is ≤1.8.

Shielding Layer: Adopting aluminum-plastic composite tape longitudinal wrapping + tinned copper wire braiding, the coverage rate is ≥95%, and the shielding attenuation is ≥85dB (at 1GHz).

Sheath: Flame-retardant PVC material, rated voltage 450V, impedance 50Ω or 75Ω (optional). Suitable for high-frequency signal transmission, the attenuation is ≤0.5dB/m (at 1GHz), and the temperature resistance range is -20℃ to 70℃.

1.0mm² (2-4 Cores)

Small electronic equipment field: Internal Wiring of devices such as routers and switches. Due to its small wire diameter and good Flexibility, it can be flexibly arranged in narrow spaces without affecting the normal operation of internal components of the devices.

Smart home field: Connecting temperature and humidity sensors, security cameras, etc. It can adapt to the variable installation positions of smart home devices and ensure stable transmission of signals and electricity.

Inside automobiles: As low-voltage lines such as car chargers and audio cables, it can withstand vibrations and temperature changes during car driving to ensure electrical safety.

2.5mm² (2-5 cores)

Household appliances: Power connecting lines for washing machines, microwave ovens, etc. It can meet the power requirements of these appliances and has a certain degree of bending resistance, facilitating the movement and use of the appliances.

Office scenarios: Supplying power to clusters of office equipment such as computers and printers. It can reduce the clutter of lines, facilitate management and maintenance, and ensure the stable operation of the equipment.

Elevator industry: As an elevator trailing cable, it is responsible for the transmission of control signals and power. It can adapt to the frequent movement and bending of the elevator during operation and ensure the normal operation of the elevator.

4mm² (3-6 cores)

Industrial automation: Wiring for industrial robot arms. It can flexibly bend following various movements of the robot arm without affecting the normal work of the robot, ensuring stable transmission of power and signals.

Production lines: Power Lines for equipment such as small motors. It can withstand vibrations and environmental impacts on the production line and ensure the continuous and stable operation of the equipment.

Outdoor temporary power supply: Leading lines of outdoor temporary distribution boxes. It has certain weather resistance and can be used in outdoor environments for a short time to meet temporary power supply needs.

6mm² (4-6 cores)

Stage performances: Power supply for large stage lighting equipment. It can withstand the frequent movement and installation/dismantling of stage equipment and ensure the normal operation of the lighting equipment.

Construction: As a temporary cable, it can adapt to the complex environment of construction sites, withstand certain wear and stretching, and provide stable power for construction equipment.

Inside ships: Used for medium-power equipment lines inside ships. It has anti-vibration and oil-resistant properties and can operate reliably in the special environment of ships.

Communication field

Cable TV: Transmitting cable TV signals, it can effectively reduce signal attenuation and interference and ensure clear and stable TV pictures.

Security monitoring: As a video line for high-definition cameras, it can ensure high-quality transmission of monitoring pictures and provide reliable signal support for security systems.

RFID systems: Connecting radio frequency identification equipment, it ensures stable transmission of radio frequency signals and improves identification efficiency and accuracy.

Industrial field

Automation equipment: Used for high-frequency signal transmission in automation equipment, it can reduce signal interference, ensure smooth communication between equipment, and improve the efficiency of automated production.

Radar systems: As a feeder for radar systems, it can efficiently transmit radar signals and ensure the detection accuracy and range of the radar system.

Medical equipment: Internal signal connecting lines for CT machines, ultrasonic equipment, etc. It can meet the high-precision requirements of medical equipment for signal transmission and ensure the diagnostic accuracy of the equipment.

Conductor Material: Using electrolytic copper with a purity of 99.95%, it has excellent conductivity, which can reduce losses during current transmission and improve transmission efficiency.

Insulation layer material: Oil-resistant PVC has good oil resistance and insulation performance, with low cost; TPE material has better flexibility, low-temperature resistance, and aging resistance, suitable for scenarios with higher performance requirements.

Sheath layer material: Wear-resistant PVC has good wear resistance, corrosion resistance, and insulation. It can protect internal conductors and insulation layers from damage by the external environment.

Styles: Various colors are available, such as black, white, gray, etc., which can be selected according to different usage scenarios and needs. The surface of the cable is smooth, facilitating threading and installation.

Conductor material: Single solid copper conductor with a purity of 99.95%, which has excellent conductivity and ensures efficient transmission of signals and electricity.

Insulation layer material: Foamed PE has a low dielectric constant, which can reduce signal attenuation during transmission and improve signal transmission quality.

Shielding layer material: Aluminum-plastic composite tape and tinned copper wire. The aluminum-plastic composite tape has good shielding performance, and the tinned copper wire enhances the conductivity and corrosion resistance of the shielding layer.

Sheath material: Flame-retardant PVC has good flame retardancy, corrosion resistance, and insulation. It can protect the internal structure of the cable from external damage and improve the safety of the cable.

Styles: The overall structure of the cable is compact, and the outer diameter varies according to specifications. The color is usually black, which is easy to identify and install in various environments.

Conductor manufacturing: High-purity electrolytic copper is used, which is made into copper rods through smelting, ingot casting, rolling and other processes, and then drawn into fine copper wires of the required diameter through a wire drawing machine. Multiple fine copper wires are precisely stranded to ensure the flexibility and conductivity of the conductor. During the stranding process, the stranding pitch is strictly controlled to ensure the roundness and stability of the conductor.

Insulation extrusion: The Insulation Material (PVC or TPE) is put into an extruder to be heated and melted, and uniformly coated on the surface of the conductor through a mold to form an insulation layer. During the extrusion process, temperature, pressure, and speed are accurately controlled to ensure that the insulation layer has uniform thickness, a smooth surface, no bubbles, and no pinholes.

Cabling: According to the number of cores, multiple Insulated Wire cores are stranded together in a certain stranding way to form a cable core. Filling materials are added during the stranding process to make the cable core round and stable.

Sheath extrusion: The sheath layer (wear-resistant PVC) is coated on the cable core through an extruder. The extrusion parameters are also strictly controlled to ensure that the sheath layer has uniform thickness, strong adhesion, and good wear resistance and corrosion resistance.

Inspection: After production, a series of inspections are carried out on the cable, including conductor DC resistance, insulation resistance, pressure resistance performance, bending performance, etc., to ensure that the product meets relevant standards and requirements.

Conductor manufacturing: The single solid copper conductor is made through a drawing process to ensure precise diameter, smooth surface, and good conductivity.

Insulation layer manufacturing: The PE insulation layer is made by a foaming process. After the PE material is heated and melted, a foaming agent such as nitrogen is injected to form a uniform bubble structure, reducing the dielectric constant. The foamed PE is uniformly coated on the surface of the conductor through an extruder, and the thickness and foaming degree of the insulation layer are controlled.

Shielding layer production: First, the aluminum-plastic composite tape is longitudinally wrapped outside the insulation layer to ensure tight wrapping without wrinkles. Then, a braiding machine is used to braid tinned copper wires outside the aluminum-plastic composite tape, and the braiding density is controlled to ensure that the shielding coverage rate is ≥95%.

Sheath extrusion: The flame-retardant PVC Sheath is extruded outside the shielding layer, and the extrusion process parameters are controlled to make the sheath layer tightly coat the shielding layer with good adhesion and mechanical properties.

Inspection: Various performance tests are carried out on the finished cable, such as impedance, attenuation, shielding performance, pressure resistance performance, etc., to ensure that the product meets the requirements of high-frequency signal transmission.

Roll packaging: According to different lengths, different specifications of reels are used for packaging. For 100 meters and below, plastic reels are usually used; for more than 100 meters, wooden reels are used. There are baffles on both sides of the reel to prevent the cable from falling off. The cable is neatly arranged on the reel and fixed with packing belts.

Packaging marking: A clear label is attached to the reel, indicating product name, specification model, length, rated voltage, production date, batch number, implementation standard, and other information. Warning signs such as "Keep away from fire sources" and "Handle with care" are also printed.

Protective measures: The outside of the reel is covered with a plastic film to prevent the cable from getting damp and contaminated with dust. For exported products, packaging materials that meet international standards are used, and moisture-proof and rust-proof treatments are carried out.

Shaft packaging: Usually, wooden shafts or metal shafts are used for packaging. The size of the shaft is determined according to the length and diameter of the cable. The cable is tightly wound on the shaft and covered with non-woven fabric or plastic film to protect the cable surface from damage.

Packaging marking: A detailed product label is attached to the shaft, with content similar to that of flexible multi-core cables, and special parameters such as impedance are also indicated.

Protective measures: Protective covers are installed at both ends of the shaft to prevent damage to the cable ends during transportation. For products transported over long distances, the shaft is also reinforced.

Transportation method: Choose a suitable transportation method according to the quantity of goods and distance. Express transportation is used for a small number of goods, and road freight or railway freight is used for a large number of goods.

Loading requirements: During transportation, the cable reels or shafts should be placed stably to avoid tilting and collision. Partitions are used between multiple reels or shafts to prevent mutual friction and extrusion.

Protective measures: Transportation vehicles should be covered with tarpaulins to prevent the cable from getting wet by rain. In low-temperature areas in winter, necessary thermal insulation measures are taken to prevent the cable from becoming hard and brittle due to low temperatures.

Transportation tracking: For important goods, GPS positioning system can be used to track the transportation vehicles to keep abreast of the transportation status of the goods.

Transportation method: Mainly by sea or air. Sea transportation is suitable for large quantities of goods with low cost; air transportation is suitable for emergency goods or small quantities of goods with fast speed.

Packaging requirements: Meet international transportation standards, use strong packaging materials to prevent damage to goods during transportation. For sea freight goods, moisture-proof, rust-proof, and anti-salt spray treatments are also required.

Customs declaration procedures: Provide complete customs declaration materials, including commercial invoices, packing lists, certificates of origin, etc., to ensure smooth customs clearance of goods.

Transportation insurance: Purchase transportation insurance for goods to cope with possible accidental losses during transportation.

Order confirmation: After receiving the customer's order, check the product specifications, quantity, delivery date and other information. After confirmation, arrange production or allocate goods from inventory.

Goods inspection: Before delivery, strictly inspect the goods to ensure that the product quality meets the requirements and the packaging is intact.

Arrange transportation: Choose a suitable transportation method according to customer requirements and the situation of the goods, and sign a transportation contract with the transporter.

Delivery notification: After the goods are shipped, promptly notify the customer, providing freight order number, transportation method and other information to facilitate the customer to query the status of the goods.

Regular products: For regular specification products in stock, they are usually delivered within 1-3 working days after receiving the order.

Customized products: According to the customization difficulty and production cycle of the product, delivery is generally within 7-15 working days. Customers can negotiate the specific delivery date with the sales staff.

Types of samples: Samples of various specifications of flexible multi-core cables and solid core coaxial cables can be provided. The length of the sample is generally 1-5 meters, which meets the customer's needs for inspecting the appearance and performance of the product.

Sample fee: For new customers, samples can be provided free of charge for the first time, but the customer needs to bear the express fee; for old customers or large sample requirements,

Sample application: Customers can apply for samples through the company's official website, phone calls, emails, etc., stating the specifications, quantity, and purpose of the required samples. The company will arrange for delivery within 1-3 working days.

Sample labeling: A detailed label is attached to the sample, indicating product specifications, model, production batch number, etc.

Sample materials: Product manuals, inspection reports and other materials are provided along with the samples to facilitate customers to understand the performance and characteristics of the products.

Warranty period: The product warranty period is 2 years, calculated from the date when the product is delivered to the customer. During the warranty period, if the product malfunctions due to quality problems, the company will provide free repair or replacement services.

Quality commitment: Products are produced in strict accordance with relevant standards, and each batch of products undergoes strict inspection to ensure that the product quality is qualified. If customers find product quality problems, the company will handle them in a timely manner and assume corresponding responsibilities.

Technical support: Provide customers with professional technical support to answer customers' questions about product selection, installation, use, etc. Technical consulting services can be provided to customers through phone calls, emails, online customer service, etc.

Maintenance service: For products with faults, the company will provide maintenance services according to the fault situation. If on-site maintenance is required, professional technical personnel will be arranged to go to the site for processing.

Return and exchange service: If the product has quality problems or does not conform to the order, customers can apply for return or exchange within 7 days after receiving the goods. The company will handle the return or exchange procedures according to the situation and bear the corresponding costs.

Response time: For customers' after-sales consultations or complaints, the company will respond within 24 hours, understand the problem situation and propose solutions.

Processing time: For general quality problems, they will be solved within 3-7 working days after the customer provides relevant information; for complex problems, the processing time will be determined through negotiation with the customer to ensure that the problem is solved for the customer in the shortest possible time.