Novram
Novram
Engineered to excel in demanding environments. Check out our high-density server configurations and motherboard architectures specialized for Indonesian industrial computing systems.
As Indonesia accelerates its industrial transformation through initiatives like Making Indonesia 4.0, the requirement for robust power electronics has surged. Traditional printed circuit boards fall short when managing high power, high-current flows, and elevated thermal demands characteristic of advanced heavy industries, EV grid installations, and large-scale mining operations.
Thick Copper PCBs (also known as Heavy Copper PCBs, featuring copper weights ranging from 3oz/ft² up to 12oz/ft² or more) provide the mechanical strength and electrical capacity required to survive extreme environments. With a thermal management design that significantly reduces the operating temperature of electronic component arrays, they eliminate the need for complicated, bulky cooling systems.
By using premium FR4 laminates combined with thick copper layers, we design solutions that ensure optimal heat dissipation, enhanced durability under thermal cycling, and high mechanical stability for high-current applications.
Ready to deploy premium power electronics across your manufacturing facilities? Our engineers are ready to assist you.
From the high-humidity mineral processing plants of Sulawesi to the expanding electric vehicle charging network in Greater Jakarta, Indonesian industries demand components that last.
As the Indonesian government actively builds out its EV infrastructure (SPKLU network), the demands placed on DC fast chargers and power converters have increased dramatically. Heavy copper boards are critical to handling the large loads and currents (often 100A+) without risking insulation breakdown.
Indonesian nickel and copper refining smelters operating in Morowali and Halmahera demand electronics that resist continuous operating heat and vibratory stress. Thick copper boards ensure heavy-duty rectifiers and PLC controllers run continuously without interruption.
Providing reliable electricity across thousands of islands requires solar inverters that can withstand tropical humidity and sustained thermal stress. Our high TG, heavy copper boards handle solar energy inversion with minimal thermal fatigue.
Compare the design differences to determine the optimal configuration for your Indonesian operations.
| Feature Parameter | Standard PCB Design | Thick Copper (Heavy Copper) PCB | Industrial Benefit for Indonesia Operators |
|---|---|---|---|
| Copper Thickness | 0.5 oz - 2.0 oz (17.5µm - 70µm) | 3.0 oz - 12.0 oz+ (105µm - 420µm+) | Handles high current flow up to several hundred Amperes. |
| Operating Temp Limit | Up to 105°C | Up to 150°C - 180°C (High TG FR4) | Resists tropical heat and power-room temperature spikes. |
| Heat Dissipation | Requires external heat sinks/fans | Direct heat transmission through thick copper | Saves space in sealed, dust-proof enclosures. |
| Mechanical Strength | Moderate | High strength at connector and solder pins | Protects circuits from severe transport and field vibrations. |
| Recommended Fields | Consumer devices, smart sensors | Power supplies, rectifiers, solar systems, motor drives | Maximizes uptime in demanding industrial applications. |
Founded in 2016 in Shenzhen, China, Novram Electronics Co., Ltd. operates a modern 3,860㎡ manufacturing facility. Originally established as a high-performance memory module developer, Novram has grown its capabilities to offer high-quality SMT, PCBA, and specialized circuit board components. Our production system is backed by over 860 qualified supply chain partners, enabling stable procurement of components even during volatile market cycles.
With 9 years of industry experience and 7 years of export experience, we manage an annual export volume of US$18.6 million. We ship high-grade computing motherboards, high-power printed circuit boards, and memory components to partners in over 40 countries, including key logistics centers across Indonesia.
Our dedicated engineering department includes 76 skilled engineers who introduce approximately 138 new products each year. This capability allows us to offer extensive customization (OEM/ODM) including layout modifications, thermal management adjustments, and heavy-copper board integration.
Electronics operating in Indonesia face unique challenges: high relative humidity, elevated temperatures, and industrial dust. We address these concerns through specific chemical and mechanical design enhancements.
Without protective coatings, high humidity combined with high current density can lead to electrochemical migration and rapid oxidation on heavy copper tracks. We offer advanced surface finishes to prevent this:
Importing industrial electronics to Indonesian gateways like Tanjung Priok (Jakarta), Tanjung Perak (Surabaya), or Soekarno-Hatta International Airport requires experienced logistics handling:
Every motherboard, memory module, and heavy copper power board we produce undergoes rigorous testing. Our QA team consists of 42 dedicated inspectors checking compliance at each production phase.
Our quality verification process includes:
Operating hot components (such as CPUs or power transistors) on a standard board causes localized heating. Heavy copper tracks solve this by acting as integrated heat spreaders. The heat is dissipated across the entire surface of the board, lowering operating temperatures and extending the lifetime of nearby components.
For high-power projects in Java, Sumatra, or Kalimantan, our engineering team can help optimize copper distribution to prevent heat-related failures.
A comprehensive selection of server motherboards, industrial memories, and double-sided heavy-duty PCB design templates developed for industrial operations across Indonesia.
Detailed, engineering-level answers to help procurement managers and hardware design teams make informed decisions.
In standard printed circuit board manufacturing, any board with a trace copper thickness of 3oz/ft² (approximately 105µm) or greater on either the inner or outer layers is classified as heavy copper. Industrial applications can scale up to 10oz or 12oz of copper weight to support currents exceeding 200 Amperes continuously.
The Glass Transition Temperature (TG) defines the point at which a resin substrate changes from a rigid, glassy state to a flexible state. High TG materials (TG170 to TG180) maintain structural integrity at higher temperatures, protecting traces from delamination in warm environments where ambient temperatures in enclosures can exceed 55°C.
Every production batch undergoes inspection at multiple stages. This includes SPI (Solder Paste Inspection) before reflow, AOI post-reflow, and functional testing under voltage load. For thick copper boards, we perform micro-section analysis to verify copper thickness in plated through-holes (PTH).
Through our OEM and ODM services, we offer custom solder mask colors (green, blue, black, white), custom silk-screened logos, customized packaging, and specific capacity or firmware tuning for computing modules and hardware controls.
Standard air shipments from our Shenzhen facility to Soekarno-Hatta (Jakarta) require 3 to 5 business days, with sea cargo shipments to Port of Tanjung Priok averaging 12 to 18 days depending on export queue volumes.
Get in touch with our team to request a quote, discuss technical designs, or schedule custom prototype fabrication. We provide professional assistance to support your manufacturing goals in Indonesia.
