Engineered to withstand extreme maritime and terrain environments. Built with high mechanical performance materials for optimal durability.
Specifically optimized for Dili Port and Tibar Bay maritime systems, ensuring anti-corrosive durability and reliable operation in saltwater conditions.
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Critical safety brake components tailored for heavy-duty freight trucks navigating Timor-Leste's steep mountain roads and cross-border transport routes.
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Customizable high-integrity structural metal components with tight dimensional tolerances for domestic Timor-Leste manufacturing assemblies.
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Supporting major civil infrastructure and earthmoving operations across Dili, Baucau, and Liquiça with high-stress impact resistance.
Inquire NowTimor-Leste (East Timor) is in a phase of major infrastructure expansion. Key developments like the modern Tibar Bay Deepwater Port, road network improvements linking Dili with agricultural centers, and the development of the Greater Sunrise oil and gas field require a steady supply of high-integrity metallic components and machinery castings.
As the nation transitions from basic rebuilding to sustainable industrial growth, local operations face harsh tropical, high-humidity, and high-saline conditions. This environment requires components that offer both high wear resistance and corrosion protection. JUNLONG Machinery's custom-engineered carbon steel, alloy steel, and stainless steel castings are designed to perform reliably under these severe operational conditions.
Founded in 2014 in Weifang, Shandong, China, JUNLONG Machinery Co., Ltd. supplies high-precision cast and deep-machined components globally.
Our facility spans 60,000 square meters with an annual production capacity of 20,000 tons of finished parts. Backed by 200+ employees and over 30 engineering technicians, we integrate design, mold manufacturing, precision casting, CNC machining, and surface treatment in one facility. This full-process management ensures material traceability and quality control for carbon steel, alloy steel, and stainless steel parts.
Transitioning from traditional castings to smart, digital, and green precision manufacturing ecosystems.
Using advanced wax-injection systems and automated shell-building lines to improve dimensional accuracy, reduce surface roughness, and minimize raw material waste.
Equipped with vertical/horizontal machining centers and CNC lathes, we deliver precision machined parts directly to assembly lines without requiring secondary finishing.
Developing wear-resistant high-manganese and super-duplex stainless steels tailored for maritime oil/gas exploration and heavy-load construction environments.
Every production batch undergoes physical-chemical testing, coordinate-measuring machine (CMM) dimensional checks, and spectroscopic analysis, ensuring compliance with global international standards.
Our digital production tracking helps manage supply chain risks by providing visibility from scrap steel sorting to final shipment. This model reduces manufacturing cycle times by 20% compared to traditional foundries, ensuring stable supply for overseas buyers.
For procurement managers, we optimize logistics routes to East Timor, shipping through major hubs like Dili Port and Tibar Bay. By coordinating packing plans, wood-crate seaworthy packaging, and customs clearance support, we help minimize port handling delays and prevent shipping damage.
Our operations follow ISO 9001 and IATF 16949 quality management systems, ensuring consistent product performance.
Maintains sand mold hardness and density, reducing dimensional variations in finished castings.
Verifies elemental compositions of molten metal before pouring, checking elements like Carbon, Silicon, and Manganese.
Handles milling, boring, and tapping on castings to meet close tolerance requirements.
Measures mechanical properties like yield strength, tensile strength, and elongation.
A range of custom-built castings for automotive, transport, marine exploration, mining, and railway infrastructure in Timor-Leste.
Supplying durable mechanical components for public transport and vehicle fleets across Dili's urban network.
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High-torque transmission housings engineered to handle the demands of off-road logistics and hilly terrains.
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Designed for offshore drilling rigs in the Timor Sea, providing high corrosion resistance and secure downhole cable clamping.
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Heavy industrial cast structures with optimized tensile strength, suitable for mining equipment and structural steel designs.
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High-wear components designed to resist impact and abrasion in road building, concrete mixing, and rock crushing plants.
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Protective cast steel clamps designed for maritime gas wells, pipeline networks, and marine exploration programs.
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Precision-cast engine and chassis components designed to help reduce fleet downtime on public utility vehicles.
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Chassis brackets and suspension connectors built to support transport trucks carrying cargo along cross-island freight corridors.
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Corrosion-resistant valves designed for maritime installations and municipal chemical processing plants.
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Structural forklift components built to support cargo handling at regional dry ports and distribution yards.
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Heavy-load components engineered to meet structural specifications for regional mining rail systems.
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Precision cast components designed for custom commercial chassis and fleet repair assemblies.
Inquire NowExpert answers addressing material performance, quality standards, and logistics for international casting shipments.
Carbon steel offers high yield strength and cost-efficiency for structural elements, while alloy steel uses additions of chromium, nickel, and molybdenum to provide better wear resistance, impact toughness, and corrosion protection. For maritime environments like Tibar Bay, alloy steel or stainless steel is generally recommended to extend the operational life of components exposed to saltwater.
We apply specialized rust-preventative oils to bare metal surfaces, wrap components in VCI (Vapor Corrosion Inhibitor) plastic film, and package them in sealed wooden boxes. This system helps protect the castings from moisture and salt during sea transit and port storage.
Yes. Every batch is supplied with chemical analysis, tensile testing, and dimensional inspection reports from our testing lab. We also offer third-party testing (such as SGS or TÜV) if requested by your project specifications.
Mold manufacturing and sample validation typically take 20 to 30 days. Batch production requires 30 to 45 days depending on the order volume. Sea transit from Qingdao or Shanghai to Dili Port generally takes 20 to 30 days depending on the shipping line schedule.
Get in touch with our engineering team for a detailed quote, material analysis, and shipping schedule tailored for the Timor-Leste market.
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