Premium corrosion-resistant rebars optimized for structural foundations, marine environments, and general building reinforcement across the Oecusse enclave, Dili, and coastal roadways.
High-tensile continuous basalt composite bar ideal for roadbeds, coastal retaining walls, and civil concrete systems.
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Specially formulated matrix that tolerates structural movement, abrasion, and dynamic marine current loads.
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100% rustproof reinforcing bar offering extreme resistance against salt-spray, acids, and high alkali concrete chemistry.
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Engineered for fire protection and high thermal resistance, maintaining tensile performance at peak tropical operations.
Learn MoreAs Timor-Leste undergoes rapid modernization—with key projects like the Tibar Bay Port expansion, national highway rehabilitations, and airport developments—civil engineers are continuously challenged by the harsh tropical maritime environment.
Traditional steel reinforcing bars suffer rapid carbonation and chloride-ion attack, resulting in localized rust expansion, concrete cracking, and structural failure. Replacing failed steel structures is costly and logistically complex given the nation's geographical position.
Basalt Fiber Reinforced Polymer (BFRP) Rebar represents a crucial shift, offering absolute immunity to rust, high tensile performance, and a lifespan extending beyond 100 years.
Consult Our Local Engineering ExpertUnderstand how Basalt Fiber Reinforced Polymer (BFRP) compares structurally and physically against conventional structural steel and alternative glass fiber reinforcements.
| Performance Parameter | Basalt Fiber Rebar (BFRP) | Conventional Structural Steel | Glass Fiber Rebar (GFRP) |
|---|---|---|---|
| Tensile Strength (MPa) | > 1100 MPa (Over 2x Steel) | 400 - 500 MPa | 600 - 800 MPa |
| Density (g/cm³) | 1.9 - 2.1 (Ultra-lightweight) | 7.85 (Heavy) | 2.0 - 2.2 |
| Corrosion Resistance | Absolute (No rust in saline/acid) | Low (Subject to oxidation) | High (Vulnerable to severe alkali) |
| Thermal Expansion Coeff. | Match with concrete (8-10 * 10^-6/K) | Match with concrete | Slight mismatch |
| Thermal Conductivity | Low (Non-thermal bridging) | High (Generates thermal bridging) | Low |
| Electrical Conductivity | Non-conductive / Insulated | High conductor | Non-conductive |
Established in 2015 in Jiujiang, Jiangxi Province, China Beihai is a recognized high-tech enterprise dedicated to advanced composite research and sustainable materials production.
We manufacture premium basalt fiber materials: chopped strand mats, continuous roving, yarns, geogrids, fabrics, and structural BFRP rebars. Our products satisfy the rigorous specifications of global geotechnical and building contractors.
Operating automated melt-spinning furnaces, we draw molten volcanic basalt stone at 1450°C into high-tenacity continuous micro-filaments. This yields green, high-strength reinforcing materials for global infrastructure projects.
Collaborating with China Beihai ensures factory-direct access to ISO-certified materials. We provide specialized technical assistance, design calculation consulting for composite structures, and robust shipping logistics directly to Dili port.
From civic structures to complex petrochemical installations, our basalt products solve specific structural and environmental challenges.
Ideal for concrete slabs, foundations, residential projects, and commercial hubs in coastal cities such as Baucau and Liquiçá.
Provides long-term reinforcement for bridge piers, splash-zone structures, and seawalls, protecting concrete from high wave impacts.
Basalt rebars prevent internal concrete spalling caused by high humidity and salty moisture penetration, eliminating micro-cracking.
High corrosion resistance enables safe engineering setups near offshore gas rigs, refineries, and onshore pipe support foundations.
Non-conductive basalt composite reinforcements are utilized for airport taxiway pavements, helping minimize instrument interference.
Specialized structural elements designed for electromagnetic transparency, ideal for tracking domes and communications facilities.
Our manufacturing facility operates under rigid Quality Management systems. Every batch of basalt fiber reinforcement products is fully traceably tested, matching ASTM, ISO, and ACI standards.
ISO 9001 Certification
Tensile & Alkali Performance Test
ASTM D7957 Material Compliance
SGS Eco-Friendly Assessment
Additional certifications, mill test reports (MTR), and third-party laboratory records from SGS or TÜV Rheinland can be provided upon purchase request.
Examine our complete selection of basalt reinforcing systems. Designed for direct shipping, customs handling, and local integration in Timor-Leste.
High structural stability composite rebar designed to resist cyclical traffic and environmental loads.
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Fortified with composite epoxy matrix to ensure high performance in aggressive sea environments.
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Specialized reinforcing bar system that mitigates cracking under high thermal stresses.
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Ideal for underground concrete works, water pipelines, and heavy retaining walls requiring structural support.
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Engineered for high load-bearing capacity with a reliable strength-to-weight ratio.
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Fully insulated composite bar ideal for power grids, switchyards, and sensitive MRI clinics.
Technical Data Sheet
Zero signal distortion rebar designed for telecommunication towers, radar shields, and high-voltage zones.
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Reduces rutting, fatigue cracking, and moisture damage under high temperatures.
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Perfect for soil stabilization and slope protection over muddy or coastal subgrades.
Geogrid Details
High strength wrap for concrete repair, seismic upgrading, and retrofitting existing columns.
Fabric Specifications
Ultra-thin non-woven sheet engineered to offer rich surface protection for reinforced plastics.
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Provides superior crack mitigation for coastal facade plasters and interior layouts.
Mesh Specs
High-density structural insulation mat developed without chemical binding elements.
Insulation DetailsEngineered by twisting multiple continuous basalt filaments to enhance mechanical strength and processing stability for custom braids.
Yarn Details
China Beihai leverages an integrated manufacturing ecosystem located along the Yangtze shipping corridor. Our automated pultrusion lines ensure highly consistent bar profiles and optimized resin curing.
This smart manufacturing approach minimizes raw material waste, directly translating to competitive pricing for large-scale infrastructure projects. Furthermore, our strategic proximity to international ports guarantees efficient container logistics to the Port of Dili.
With multiple melt-furnaces running 24/7, we process over 10,000 metric tons of raw basalt composite yearly. We guarantee reliable lead times even for major municipal tenders.
Keep up to date with engineering breakthroughs, global applications, and case studies regarding basalt fiber reinforced polymer (BFRP) rebars.
Modern smart structures and marine infrastructure demand reinforcements that resist extreme conditions. From robotic factory setups to seawall concrete, basalt composites provide the reliable stability traditional steel lacks. As design criteria focus on a 100-year lifecycle, basalt fiber has moved from a specialty product to a baseline engineering standard.
Read Full WhitepaperGet answers to common technical, logistics, and installation questions regarding basalt fiber reinforcing bars (BFRP).
Unlike steel, BFRP rebar has an elastic polymer matrix. It cannot be bent on-site after curing. All custom shapes (like 90° stirrups or structural bends) must be fabricated and cured at our factory before shipping. Our team can help you map out these shapes during the design phase.
BFRP rebar is designed to be embedded in concrete, which shields it from direct UV rays. For structural components that will be temporarily exposed to sunlight on-site prior to pouring, we use UV-stabilized polymer matrix resins to prevent degradation.
For standard stock sizes (4mm to 16mm), we can dispatch containers from our facility within 10-15 days. Ocean transit to Dili Port generally takes 18-25 days depending on the shipping line. We provide full customs documentation and Certificate of Origin support.
Yes. Our basalt fiber rebar is manufactured to meet ASTM D7957 specifications and is designed in accordance with ACI 440.1R (Guide for the Design and Construction of Structural Concrete Reinforced with FRP Bars) and ACI 440.11.
FRP composite bars generally require longer splice lengths than steel due to different bond behaviors. Lap splice lengths should be calculated using the guidelines in ACI 440.1R, based on concrete strength and bar diameter. Our structural engineers can assist you with these calculations.
Yes. Basalt composites are naturally non-conductive, making them excellent for power plants, MRI rooms, radar towers, and high-voltage grid substations where electromagnetic interference must be minimized.
Get in touch with China Beihai today. We provide structural drawings review, direct factory pricing, and optimized shipping plans to Timor-Leste.
Beihai Fiberglass
