Explore our heavy industrial air circuit breakers, customizable molded case circuit breakers, and precision internal stamping elements manufactured to world-class standards.
Analyzing localized raw material vertical integration, rapid ODM adaptation cycle, and the scale economies of Wenzhou Liushi High-Tech Electrical Clusters.
Acereare controls the production stream from terminal raw sheet metals down to moving contacts. By maintaining our own high-precision stamping and auxiliary contact assembly plants (RuiRui & KeRui), we reduce supply chain latency and secure absolute quality control over structural mechanics.
We source ultra-pure electrolytic copper alloys and silver-tungsten composites for our moving and fixed contacts, achieving high electrical conductivity and maximum resistance to electrical arcing. This ensures our MCCB contacts withstand repetitive short-circuit faults without premature welding.
Leveraging state-of-the-art automatic thermal injection molding machines, our components achieve high mechanical structural strength. The resulting polycarbonate casings provide superior insulating properties, flame-retardant capability, and robust structural safety to prevent catastrophic failure.
Founded in 2015, Acereare Electric operates two wholly-owned subsidiaries: "RuiRui Electric" and "KeRui Electric".
Inheriting over 20 years of technical craftsmanship passed down across two generations of power distribution experts, our manufacturing operation serves as one of the premier original design manufacturers (ODM) in Wenzhou, China. We specialize in low-voltage circuit protection devices, including molded case circuit breakers (MCCB), intelligent air circuit breakers (ACB), and fundamental circuit breaker internal components.
A rigorous combination of modern testing laboratories, ERP-driven supply chains, and seasoned design teams ensures project success.
One-stop production integrating six core sheet metal processing techniques, automated assembly lines, high-precision hydraulic stamping equipment, and testing instruments across 10 dedicated production lines.
Over 50 structural and electrical engineers with an average of 5+ years of experience utilizing 3D SolidWorks and CAD tools, producing over 50 new research and development design registrations annually.
Our dual factories manage both raw component processing and final assembly. The entire process is synchronized via ERP and U8 software to minimize lead times for volume industrial wholesale orders.
Operating a dedicated testing laboratory with over 150 diagnostic instruments. Our 20+ QC inspectors control production quality via integrated software systems including PLM, BI, ERP, and MES.
Acereare's circuit breakers comply with safety standards for marine, renewable energy, and infrastructure installations worldwide.
Understanding the transition toward high-voltage green renewables, smart microgrids, and the demand for digital edge protection.
Modern commercial power grids require real-time electrical data logging. Modern MCCBs integrate Modbus, Profibus, or Ethernet interface ports to relay operational currents, load structures, and fault diagnostics to supervisory systems (SCADA), shifting maintenance models from reactive to predictive.
Renewable solar generation projects rely on higher operating voltages to reduce I2R transmission line energy losses. Sourcing strategies now focus on PV-rated Molded Case Circuit Breakers capable of managing operational voltages up to 1140VAC or 1500VDC under high breaking capacities.
Industrial demand is shifting away from materials that pose environmental hazards during recycling. Manufacturers are modifying mold designs and utilizing thermoplastic materials to construct low-carbon footprint casing and arc-chute assemblies.
Our circuit breakers undergo routine short-circuit making, thermal endurance, and dielectric performance evaluation inside our modern manufacturing facility. Our testing procedures ensure every breaker operates safely under high-stress electrical faults.
The ARW1 series air circuit breaker (ACB) serves as the primary mains protection unit, operating from 400A up to 6300A. It handles system voltages up to 690V, utilizing digital micro-processing units to provide high-precision selective protection coordination.
Standard circuit breakers can fail when subjected to environmental extremes. We specialize in customized modifications for challenging applications.
Operating in polar regions or industrial cold storage spaces demands specialized engineering. We employ structural polymers, low-temperature lubricants, and thicker zinc coatings to prevent mechanical binding of operating linkages. We provide laboratory-verified -40°C operations certification.
Offshore oil platforms, docks, and vessel auxiliary circuits are constantly exposed to damp salt air. Our specialized MCCBs undergo a 72-hour salt spray evaluation for fully assembled units and a 48-hour evaluation for internal sub-assemblies, utilizing anti-corrosive treatments to guarantee continuous operation.
At high altitudes, thin air decreases dielectric strength and heat dissipation efficiency. We apply derating correction tables to configure the rated operational voltage and current values, ensuring circuit breaker performance is properly adjusted to protect system infrastructure at high altitudes.
Our low-voltage breakers are used in residential panelboards and commercial distribution boards to prevent circuit overloads and short circuits. These systems provide high reliability and compact form factors, making them easy to integrate into standard electrical enclosures.
Steel mills, glass processing plants, and desert locations require components that withstand high ambient temperatures. We use high-temperature insulation on control components along with moisture-proof, anti-corrosive treatments. Performance parameters are verified in our +55°C environmental test chamber.
Our smart circuit breakers provide real-time electrical metering and built-in edge processing. These units support communication networks that allow utilities to manage demand response, monitor power quality, and collect diagnostic telemetry to optimize modern distribution networks.
From initial design concepts to high-volume manufacturing, we provide tailored engineering services to build your product catalog.
Enhance your brand identity with custom laser-engraved logos and specialized corporate packaging. We offer product design adjustments to differentiate your equipment from standard industry lines and capture market share.
We provide full mold development and tooling services. For qualifying projects, mold costs and international testing fees are refundable based on production volume. Our engineers deliver 24-hour turnaround on technical proposals to act as your external production facility.
Leverage our catalog of pre-engineered products. We supply circuit breakers with adjustable trip currents, micro-controller based trip units, and specific breaking capacities. Our design services accommodate small-batch initial orders with custom labeling options.
Identify project specifications and voltage requirements.
Deliver custom drawings and select matching equipment designs.
Confirm electrical specifications and sign supply agreements.
Manufacture and test circuit breakers under PLM/MES tracking.
Prepare secure export crates and coordinate ocean freight logistics.
Clear, direct technical answers to assist electrical engineers, procurement managers, and distributors in making informed sourcing decisions.
Browse our selection of electronic trip devices, auxiliary contacts, and precision-stamped metal components designed to meet strict industrial specifications.
AceReare
