0535 Cross-linkable Semi-conductive Inner Shielding Compound

0535 Cross-linkable Semi-conductive Inner Shielding Compound is a premium bonded-type semi-conductive shielding material designed for medium-voltage (MV) cross-linked polyethylene (XLPE) insulated power cables rated up to 35 kV. Produced for high-temperature vulcanization (HTV) processing, this advanced compound serves as both the conductor shield and bonded insulation shield, delivering uniform electric field distribution, excellent interface bonding, and long-term cable reliability in demanding power distribution applications.

Chambre d'essais de vieillissement pour essais industriels

Dans le domaine rigoureux du contrôle de la qualité des matériaux et des essais de durabilité des produits, la chambre d'essais de vieillissement (également connue sous le nom de chambre de vieillissement)

All Aluminum Alloy Conductor (AAAC) | High-Strength Bare Overhead Conductor

All Aluminum Alloy Conductor (AAAC) is a high-strength, bare overhead conductor manufactured from concentric-lay-stranded aluminum-magnesium-silicon alloy wires (typically 6201 series alloy). Offering an excellent balance of mechanical strength, electrical conductivity, and corrosion resistance, AAAC has become the preferred choice for modern overhead transmission and distribution lines where traditional ACSR or AAC conductors may fall short in performance or longevity.

All Aluminum Conductor (AAC) | High-Conductivity Bare Overhead Conductor

All Aluminum Conductor (AAC) is a high-conductivity, bare overhead conductor manufactured entirely from concentrically stranded 1350-H19 grade aluminum wires. With no steel core, AAC offers excellent electrical performance, lightweight construction, and superior corrosion resistance, making it the preferred choice for overhead transmission and distribution lines in environments where mechanical loading is moderate and corrosion resistance is a priority.

Câble aérien autoportant entièrement diélectrique (ADSS)

All Dielectric Self-Supporting Aerial Cable (ADSS Cable), also known as ADSS Fiber Optic Cable, is a fully non-metallic, self-supporting aerial fiber optic cable designed specifically for installation on high-voltage transmission lines. With no conductive components, ADSS eliminates the need for grounding or additional messenger wires, making it the preferred choice for utilities seeking safe, cost-effective, and high-performance communication infrastructure in electrified environments.

Four de vieillissement en alliage d'aluminium

RLB Aluminium Alloy Aging Furnace delivers precise ±5°C uniformity at 450°C for 40/72 bobbins. Ideal trolley-type precipitation hardening solution for automotive, aerospace, and construction aluminum components — energy-saving and fully customizable.

Aluminum Alloy Ingot | High-Purity Master Alloy for Cable Conductors & Electrical Applications

Aluminum Alloy Ingot, also known as Aluminium Master Alloy Ingot, is a high-purity, precisely formulated additive material designed to enhance the performance of aluminum and its alloys. Produced through advanced melting and casting processes, these master alloys serve as essential grain refiners, modifiers, and alloying agents. They are widely used across high-tech industries to improve mechanical properties, corrosion resistance, electrical conductivity, and overall material performance in demanding applications, including aluminum conductor production for power cables.

Ligne de coulée continue et de laminage de barres en alliage d'aluminium | Système de production CCR haute efficacité

Dans la fabrication moderne de fils d'aluminium et de conducteurs aériens, le procédé de coulée et de laminage en continu (CCR) est la méthode la plus efficace pour produire des barres d'aluminium et d'alliages d'aluminium de haute qualité. La ligne de production de barres en alliage d'aluminium RLB, par coulée et laminage en continu, produit des barres de qualité supérieure de 9,5 mm, 12,5 mm et 15 mm en alliages EC1350, séries 3#, 5# (5005/5154), 6# (6101/6201) et série 8# (8176/8030), entièrement conformes aux normes européennes et américaines. Cette ligne intégrée combine la fusion, la coulée, le laminage et l'enroulement en un seul processus continu à haut rendement, offrant des capacités de production de 4,5 t/h ou 7,5 t/h avec une densité de barres exceptionnelle, une structure granulaire uniforme et une conductivité électrique supérieure.

Aluminum Alloy Wire | High-Performance Single-Strand Conductor for Power Cables

Aluminum Alloy Wire, also known as Aluminium Master Alloy Wire, is a high-purity, precisely formulated single-strand conductor material widely used in the production of stranded aluminum alloy wires and electrical conductors. Manufactured to strict international and national standards, it offers an optimal balance of mechanical strength, electrical conductivity, and corrosion resistance, making it the preferred choice for overhead transmission lines, distribution cables, and specialized electrical applications.

Four de fusion d'aluminium et d'alliages d'aluminium – Systèmes de fusion et de maintien à haut rendement pour la production de barres

Dans la fabrication de barres, de fils et de conducteurs en aluminium, l'étape de fusion est essentielle pour garantir la qualité, l'efficacité énergétique et la continuité de la production. La gamme de fours de fusion d'aluminium et d'alliages d'aluminium RLB est une famille complète de systèmes de fusion et de maintien avancés, conçus pour transformer les lingots d'aluminium, les matériaux de récupération, les déchets recyclés et les déchets d'emballage en aluminium fondu de haute pureté pour les alliages des séries 1#, 3#, 5#, 6# et 8# (y compris EC1350, 5005/5154, 6101/6201, 8176/8030, etc.). Disponibles en configurations à fusion verticale avec maintien circulaire, à double chambre et rectangulaires basculantes/fixes, ces fours permettent des économies d'énergie de 20 à 40 TJ/cm³ grâce à la combustion régénérative, à une régulation précise de la température par PID et à une automatisation intelligente par interface homme-machine (IHM) et automate programmable (PLC) – en parfaite conformité avec les normes européennes et américaines.

Aluminum Clad Steel Strand Wire (ACS) | High-Strength Bimetallic Core Reinforcement

Aluminum Clad Steel Strand Wire (ACS), also known as Aluminum-Clad Steel Conductor or ACS Strand, is a high-performance bimetallic stranded wire consisting of a high-strength steel core metallurgically bonded with a thick, uniform layer of aluminum. This unique construction combines the superior tensile strength and fatigue resistance of steel with the excellent conductivity and corrosion resistance of aluminum, making it the ideal reinforcement material for long-span overhead transmission lines, optical fiber composite overhead ground wires (OPGW), and extra-high-voltage conductors.

Aluminum Clad Steel Wire (ACS) | High-Performance Bimetallic Core Wire

Aluminum Clad Steel Wire (ACS), also known as Aluminum-Clad Steel Conductor Wire or ACS Wire, is a high-performance bimetallic wire consisting of a high-strength steel core metallurgically bonded with a thick, uniform layer of aluminum. This advanced cladding technology combines the superior tensile strength and fatigue resistance of steel with the excellent conductivity and corrosion resistance of aluminum, making it the ideal core material for ACSR/AW conductors, grounding wires, and optical fiber composite overhead ground wires (OPGW).