Conductor Specification: It adopts a stranded Copper Conductor with a cross-sectional area of 95mm². The determination of this specification has undergone rigorous engineering calculations and can meet the needs of large current conduction. In electrical systems, when faults such as electric leakage or short circuit occur, the cross-sectional area of 95mm² can quickly conduct a large amount of fault current, avoiding equipment damage or personal injury accidents caused by excessive current. The Stranded Copper Conductor is composed of multiple thin Copper Wires twisted together, and the diameter of each thin copper wire is precisely controlled to ensure the stable overall performance of the Stranded Conductor.

Insulation Layer Parameters: The insulation layer is made of PVC material and has the characteristic of withstanding 90°C high temperature. This means that when the ambient temperature reaches 90°C, the insulation layer can still maintain good insulation performance and will not age, crack or have other phenomena due to high temperature, thus effectively preventing electric leakage accidents. The thickness of the PVC Insulation layer is also strictly designed to ensure the insulation effect without excessively increasing the outer diameter and weight of the cable, facilitating installation and laying.

Color Identification: The outer layer of the cable is green and yellow, and this color combination is an internationally 通用的 Grounding Cable identification, which conforms to relevant electrical standards and specifications. The proportion and distribution of the green and yellow colors are uniform, and they can be clearly seen in different light environments, facilitating quick identification by installers and maintenance personnel.

Length Specification: The cable provides a variety of length options, commonly 100 meters, 200 meters, 500 meters, etc., and can also be customized according to the special needs of customers. Cables of different lengths will undergo strict length measurement and marking during the production process to ensure that the actual length is consistent with the marked length, meeting the laying needs of different scenarios.

Diameter Parameter: The outer diameter of the cable depends on its structure and specification. The outer diameter of the 95mm² green-Yellow Earth Cable is accurately calculated and controlled, which not only ensures the stability of the internal structure of the cable but also facilitates laying in narrow spaces such as pipes and cable trays.

Weight Parameter: The weight per meter of the cable is an important parameter, which is related to transportation, installation and other links. The weight of the cable is accurately measured, and under the premise of ensuring performance, the weight is reduced as much as possible to reduce transportation costs and installation difficulties.

Industrial Field: In industrial plants, there are a large number of large mechanical equipment, which may have potential safety hazards such as electric leakage during operation. The 95mm² Green-Yellow Earth Cable can provide reliable grounding protection for these equipment, timely conduct the leakage current of the equipment shell into the ground, and ensure the safety of operators. At the same time, industrial environments often have adverse factors such as high temperature, vibration, and dust. The temperature resistance, mechanical strength, and corrosion resistance of the cable can adapt to these environments, ensuring the stable operation of the grounding system. For example, in high-temperature working environments such as steel plants and chemical plants, the cable can work stably for a long time, providing effective grounding protection for production equipment.

Commercial Field: Commercial complexes such as shopping centers and office buildings have dense personnel and numerous electrical equipment, so the safety of the grounding system is crucial. The cable can be used for grounding of power distribution systems and lightning protection grounding in these places, ensuring the stability of power supply and the safety of personnel. During the decoration and wiring of commercial buildings, the green-yellow color identification enables installers to quickly and accurately make grounding connections, improving construction efficiency. In addition, commercial places also have certain requirements for the appearance and environmental performance of cables. The PVC insulation layer of the cable meets environmental protection standards and will not pollute the indoor environment.

Civil Building Field: In civil buildings such as high-rise buildings and residential communities, the grounding system is an important part of ensuring the safety of residents' electricity use. The cable can be used for grounding of household appliances and lightning protection grounding of buildings. For example, high-power appliances such as air conditioners and refrigerators are connected to the ground through grounding cables. When the appliances leak electricity, the power can be quickly cut off to avoid electric shock to residents. The grounding lines in civil buildings are often hidden in walls or underground. The durability and anti-aging performance of the cable can ensure its long-term stable operation and reduce maintenance costs.

Power Facilities Field: In power facilities such as substations and power plants, the grounding system is the key to ensuring the normal operation of the power system and the safety of equipment. The 95mm² green-yellow earth cable can be used for grounding of power equipment and lines, and can withstand strong fault currents, ensuring that the power system can quickly return to normal when a fault occurs. Power facilities have extremely high requirements for cable performance. The cable has passed strict quality inspection and can meet the high standards of the power industry.

Conductor Material: High-purity electrolytic copper is used as the conductor material. Electrolytic copper has excellent conductivity and can reduce losses during current transmission. High-purity copper also has good ductility and toughness, which is convenient for stranding processing and can also improve the mechanical strength of the conductor. During the production process, the purity of the copper material is strictly tested to ensure that its purity meets relevant standards, so as to ensure the conductivity of the conductor.

Insulation Layer Material: High-quality PVC material is selected as the insulation layer. This PVC material has good insulation performance, temperature resistance, chemical corrosion resistance, and wear resistance. High-quality PVC materials can form a uniform and dense insulation layer during processing, effectively preventing current leakage. At the same time, the PVC material meets environmental protection requirements, does not contain harmful substances, and is harmless to the human body and the environment.

Style Design: The cable is cylindrical in shape, with a compact structure and a flat and smooth appearance. The green-yellow outer layer design not only has an identification function but also makes the cable more beautiful in appearance. The two ends of the cable can be processed according to customer needs, such as installing terminals and stripping wires, to facilitate customers' connection and installation. In addition, the cable can also provide different packaging styles according to different laying environments and usage needs, such as coiled packaging and 盘装 packaging.

Conductor Stranding Process: First, high-purity copper is drawn into thin copper wires of the required diameter, and then multiple thin copper wires are stranded according to a certain stranding method and pitch through special stranding equipment. During the stranding process, it is necessary to accurately control the stranding tension and pitch to ensure that the stranded conductor has a tight and round structure and avoid phenomena such as loose strands and broken wires. The stranded conductor also needs to be annealed to eliminate internal stress generated during the stranding process and improve the Flexibility and mechanical strength of the conductor.

Insulation Layer Extrusion Process: The extrusion molding process is used to wrap the PVC insulation layer on the outer layer of the stranded copper conductor. During the extrusion process, the PVC material is heated to a molten state, and then the molten PVC material is uniformly coated on the surface of the conductor through the die of the extruder to form an insulation layer. The key to the extrusion process is to control the extrusion temperature, speed, and pressure to ensure that the insulation layer has a uniform thickness, a smooth surface, and is tightly combined with the conductor without defects such as bubbles and impurities.

Color Identification Printing Process: After the insulation layer is extruded, the green-yellow color identification is printed on the cable surface through special printing equipment. During the printing process, it is necessary to ensure the uniformity and clarity of the color, and the color adhesion should be strong and not easy to fall off. The proportion and distribution of green and yellow colors should comply with international standards to ensure the accuracy and standardization of the identification.

Quality Inspection Process: Strict quality inspection procedures are set up in each link of the production process. After the conductor stranding is completed, the diameter, cross-sectional area, conductivity, and other parameters of the conductor are tested; after the insulation layer is extruded, the thickness, temperature resistance, insulation resistance, and other properties of the insulation layer are tested; after the color identification is printed, the clarity and adhesion of the color are checked. The final finished cable also needs to undergo overall performance testing, such as pressure test and mechanical performance test, to ensure that each batch of cables meets relevant standards and quality requirements.

Packaging Materials: High-strength plastic reels or wooden pallets are used as packaging materials for cables. Plastic reels have the characteristics of light weight, corrosion resistance, and high strength, which can protect cables from damage during transportation and storage; wooden pallets have the advantages of good stability and strong load-bearing capacity, and are suitable for packaging long-length and heavy-weight cables. The packaging materials are also moisture-proof and dust-proof to prevent the cables from being affected by moisture and dust during storage and transportation.

Packaging Methods: According to the length and specification of the cable, different packaging methods are adopted. For coiled cables, they are neatly wound on plastic reels and then wrapped with plastic film or woven bags to prevent the cables from loosening and being polluted; for coiled cables, they are placed on wooden pallets and fixed with strapping to ensure that the cables do not shake during transportation. The packaging will also be marked with product name, specification, length, production date, batch number, and other information for customers to identify and trace.

Packaging Marks: The marks on the packaging are clear and standardized, including product trademark, model, specification, implementation standard, manufacturer, contact information, and other information. At the same time, some warning signs will be marked, such as "moisture-proof", "sun-proof", "handle with care", etc., to remind transportation and storage personnel to pay attention to relevant matters. The printing of packaging marks should be firm and clear, not easy to fade, ensuring that they can be clearly seen in the entire circulation link.

Transportation Methods: According to the customer's geographical location and order quantity, select appropriate transportation methods, such as road transportation, railway transportation, water transportation, etc. For short-distance transportation, road transportation is usually adopted, which has the advantages of high flexibility and fast speed; for long-distance transportation, railway transportation and water transportation are more economical and suitable for large quantities of goods. When choosing the transportation method, the timeliness and safety of the goods are also considered to ensure that the cables can be delivered to customers on time and in good condition.

Transportation Precautions: During transportation, cables should be avoided from severe collision, extrusion, exposure to the sun, and rain. Cables should be placed horizontally, and avoid stacking too high to prevent damage. Transport vehicles should drive smoothly to reduce 颠簸. For special weather conditions, such as heavy rain and high temperature, corresponding protective measures should be taken, such as covering with rain cloth and sunshade, to protect the cables from damage. Special personnel will be arranged to be responsible for escorting during transportation to deal with problems arising during transportation in a timely manner.

Transportation Tracking: To ensure that customers can timely understand the transportation status of goods, transportation tracking services are provided. Through the logistics information system, customers can query the transportation location, estimated arrival time, and other information of the cable in real-time. If there is a delay or other abnormal situations during transportation, customers will be informed in a timely manner, the reasons will be explained, and corresponding solutions will be taken.

Delivery Process: After receiving the customer's order, first conduct order review to confirm the product specification, quantity, delivery date, and other information. Then arrange warehouse personnel to prepare goods, retrieve the corresponding cables from the warehouse according to the order requirements, and conduct verification and inspection to ensure that the quality and quantity of the products meet the order requirements. After the goods are prepared, packaging and marking are carried out, and then the logistics company is contacted to arrange transportation. Before delivery, the delivery information will be promptly notified to the customer, including the logistics company name, waybill number, etc., so that the customer can prepare for receipt.

Delivery Time: For products in stock, they are usually delivered within 1-3 working days after receiving the order; for customized products, the delivery time will be determined through negotiation with the customer according to the production cycle, and delivery will be made strictly in accordance with the agreed time. In the production and delivery process, production plans and logistics scheduling will be reasonably arranged to ensure on-time delivery without delaying the customer's use.

Delivery Inspection: Before delivery, the cables are subject to final inspection, including appearance inspection, length measurement, identification verification, etc., to ensure that the products have no quality problems. At the same time, the packaging will also be inspected to ensure that the packaging is firm and intact and can protect the cables from damage during transportation.

Sample Provision: To facilitate customers to understand the performance and quality of the product, sample services are provided. Customers can apply for samples according to their own needs, and the specification and quantity of samples can be negotiated according to the actual situation. The production and inspection standards of samples are consistent with those of bulk products to ensure that samples can truly reflect the quality level of the products.

Sample Fees: Sample fees are usually borne by the customer, including the production cost, packaging fee, and freight of the sample. If the customer places a bulk order later, the sample fee can be deducted from the payment. The specific sample fee and settlement method will be communicated and negotiated with the customer.

Sample Delivery: After the samples are prepared, they will be sent to customers by express mail in the shortest possible time, and the express tracking number will be provided to facilitate customers to track the logistics information of the samples. Before sending the samples, they will be properly packaged to ensure that the samples are not damaged during transportation.

Quality Assurance: The product provides a certain period of quality guarantee. During the quality guarantee period, if the failure or damage is caused by the product's own quality problems, free repair or replacement services will be provided. The specific duration of the quality guarantee period depends on the type of product and the usage scenario, usually 1-5 years.

After-sales Service Response: A special after-sales service hotline and email are set up. Customers can contact after-sales service personnel at any time if they encounter any problems during use. After-sales service personnel will respond to customers' problems within 24 hours and provide professional solutions. For problems that need on-site handling, technical personnel will be arranged to arrive at the site for handling in the shortest possible time.

Technical Support: Provide customers with professional technical support services, including product installation guidance, use and maintenance suggestions, etc. Technical consultation can be provided to customers by phone, email, video, etc., to help customers solve technical problems encountered during installation and use. At the same time, regular return visits will be made to customers to understand the use of products and provide necessary technical support and services.

Return and Exchange Policy: If the product received by the customer has quality problems or does not meet the order requirements, the return or exchange procedures can be handled within the specified time. Customers need to provide relevant evidence, such as photos and test reports. After confirmation, return or exchange will be arranged, and the corresponding fees will be borne. For returns and exchanges that are not due to product quality problems, customers need to bear the round-trip freight and product depreciation fees.