Corrugated Cable Drums PN800 To PN5000 | Heavy-Duty Reinforced Steel Reels for High-Voltage Cable Production

In high-volume wire and cable manufacturing, the performance of process bobbins directly determines production speed, coil quality, and long-term equipment reliability. The PN800-5000 Corrugated Cable Drums (also known as PN Corrugated Bobbin or corrugated steel cable reels) are heavy-duty pressed steel bobbins featuring a distinctive reinforced corrugated barrel and flange design. Engineered for superior rigidity and strength-to-weight performance, these bobbins are widely used in stranding, extrusion, cabling, and armoring lines for power cables, steel ropes, and stranded conductors.

Corrugated Steel Cable Drum PN800 To PN5000 | Heavy-Duty Reinforced Steel Reels for High-Voltage Cable Production

In high-voltage, medium-voltage, and low-voltage power cable manufacturing, the performance of process bobbins directly determines production speed, coil quality, and long-term equipment reliability. The PN800-5000 Corrugated Steel Cable Drum (also known as PN Reinforced Corrugated Bobbin) is a premium heavy-duty steel reel engineered with a distinctive reinforced corrugated barrel and flange design. Manufactured from high-strength pressed steel plates, these bobbins deliver exceptional rigidity, superior strength-to-weight ratio, and outstanding resistance to deformation — making them the ideal choice for stranding, extrusion, cabling, and armoring lines handling XLPE insulated cables, power cables, steel ropes, and strands.

Double Layer High Speed Bobbin PND315 To PN1250 | Reinforced High-Speed Steel Reels for Cable Production

In modern wire and cable manufacturing, high-speed drawing, stranding, and bunching machines demand bobbins that combine exceptional rigidity, precision concentricity, and superior dynamic balance. The Double Layer High Speed Bobbin PND315 to PN1250 (also known as double-layer steel bobbin or reinforced high-speed cable reel) is engineered specifically for these demanding applications. Manufactured from high-grade Q235 carbon steel plate through precision stamping, welding, and machining, these bobbins feature a distinctive double-layer (reinforced double-wall) flange design that delivers outstanding strength, minimal vibration, and stable performance at linear speeds of 25 m/s to 50 m/s.

Double Twist Bunching Machine | High-Speed Precision Buncher for Fine Multi-Strand Conductors

In the fast-evolving wire and cable industry, efficient bunching of fine multi-strand conductors is essential for producing high-quality electronic wires, automotive harnesses, and specialty cables. The RLB Double Twist Bunching Machine (models 315E to 1250) delivers industry-leading performance, combining high rotational speeds, precise lay control, and full automation to meet the demands of modern high-volume production. Designed for stranding multi-stranded copper wires, tinned wires, enameled wires, and copper-clad aluminum wires, this double-twist buncher achieves exceptional productivity while maintaining uniform lay length, stable tension, and superior surface quality.

Double Wire Intermediate Wire Drawing Machine And Continuous Annealing Production Line (RZL280 Series)

In fine copper wire manufacturing, achieving ultra-fine diameters with consistent softness and high surface quality is essential for electronic cables, magnet wires, automotive harnesses, and specialty conductors. The RLB Double-Wire Intermediate Copper Wire Drawing Machine and Continuous Annealing Production Line (RZL280 series) is a high-efficiency solution that draws incoming copper wire from Ø2.6–3.5mm down to a minimum of Ø0.4mm while performing online annealing in a single continuous pass. Available in single-head and double-head configurations, this intermediate drawing line maximizes output, reduces floor space requirements, and delivers bright, uniformly annealed fine wire ready for further processing or bunching.

Drum Twister With Steel Wire Armouring | Integrated High-Efficiency Laying-Up & Armoring Machine

In medium- and high-voltage power cable manufacturing, the stranding and armoring stage is critical for achieving mechanical strength, flexibility, and long-term reliability. The Drum Twister with Steel Wire Armouring delivers a complete, high-efficiency solution for laying up 2-, 3-, 4-, or 5-core cables (round, straight-sector, or pre-spiral sector conductors) while simultaneously applying steel wire armor in a single continuous pass. With adjustable back-twist from 0–100 %, independent AC servo drives, and full HMI+PLC control, this machine ensures precise lay length, uniform armor coverage, and excellent cable roundness — ideal for underground, direct-buried, and industrial power cables.

Electrolytic Copper Continuous Casting and Rolling Line – High-Efficiency CCR Production for Bright Low-Oxygen Copper Rod

In high-purity copper rod production, the continuous casting and rolling (CCR) process is the benchmark for achieving bright, low-oxygen copper rod that meets international standards. The RLB Electrolytic Copper Continuous Casting and Rolling Line utilizes advanced fire refining technology to produce premium Φ8 mm bright low-oxygen copper rod directly from electrolytic copper cathodes in a single, highly efficient continuous operation. Designed for capacities of 12 t/h, 18 t/h, and 25 t/h, this fully integrated line delivers exceptional rod quality, high productivity, and low energy consumption, making it the preferred choice for modern copper wire and cable manufacturers worldwide.

Enameled Aluminum Wire | High-Performance Enamelled Aluminium Magnet Wire

Premium Enameled Aluminum Wire featuring a high-purity aluminum core with durable enamel insulation. Available in thermal classes 130°C–200°C (UEWAL, EIWAL, E/AIWA). Offers significant cost savings and lightweight design compared to copper wire, with excellent thermal stability and processability for transformers, motors, and electromagnetic coils. The versatile aluminum base is also suitable for aluminium wire for craft applications.

Enameled Copper Wire | Premium Enamelled Copper Magnet Wire & Winding Wire

High-quality Enameled Copper Wire (also known as Magnet Wire or Winding Wire) featuring a high-purity copper conductor uniformly coated with advanced insulating enamel. Engineered for superior electrical performance, thermal endurance up to 200°C, and excellent windability in high-speed automatic machines. The trusted choice for motors, transformers, compressors, and electromagnetic coils across demanding industrial and commercial applications.

Enhanced Metal Flange Process Bobbin PN630 To PN1250 | Heavy-Duty Pressed Steel Reels for High-Speed Cable Production

In the demanding wire and cable manufacturing industry, robust and reliable take-up reels are essential for high-volume production, efficient processing, and safe shipping of finished coils. The PN630-1250 Enhanced Metal Flange Process Bobbin (also known as enhanced metal flange pressed steel bobbin or EMF reel) is specifically engineered for heavy-duty applications. Manufactured from high-strength pressed steel with reinforced metal flanges, these industrial-grade bobbins deliver exceptional rigidity, precision concentricity, and long-term durability under continuous high-speed operation.

Fastening Fixture for Optical Cables

Fastening Fixture for Optical Cables (also known as optical cable clamps or cable hanging hardware) is a specialized overhead line accessory designed for secure, reliable installation of fiber optic cables — including ADSS and OPGW — on transmission towers and utility poles. Engineered to match the exact dimensions of tower main members and pole diameters, these fixtures provide high mechanical strength, easy installation, and long-term stability under wind, ice, and vibration loads.

Fiber Optical Ground Wire (OPGW)

Fiber Optical Ground Wire (OPGW Cable), also known as Optical Ground Wire, is a high-performance composite cable that integrates the traditional functions of an overhead ground wire with advanced optical fiber communication. It delivers reliable lightning protection and short-circuit current carrying capacity while enabling high-speed, interference-free data transmission — making it the ideal choice for smart grid upgrades and high-voltage transmission line projects.