Adhering to the philosophy of green and sustainable development, Orietal Energy Co., Ltd. ("Oriental Energy") is committed to manufacturcing high-end carbon fiber and composite materials. Leveraging its carbon fiber technology patents, the company has established the Carbon Fiber Industrial Park, marking its high-standard entry into the carbon fiber industry. Through continuous technological innovation,Oriental Energy drives product quality enhancement, striving to deliver more efficient solutions and produce cost-competitive, high-performance carbon fiber for its customers.

Carbon Fiber

Lightweight: Density is 1/4 that of steel

High Strength: Tensile strength is 5–10 times greater than steel.

Corrosion Resistance: Withstands acids, alkalis, salt spray, and harsh environments.

Design Flexibility: Tailorable performance through weaving and composite processes.

Polyacrylonitrile-based carbon fiber is a fibrous carbon material with a carbon content exceeding 90% by weight. It is produced by carbonizing polyacrylonitrile fibers in an inert gas environment at high temperatures. Carbon fiber exhibits the highest specific strength and specific modulus among high-performance fibers. In addition to exceptional mechanical properties, it offers advantages such as low density, high strength, high modulus, heat resistance, chemical corrosion resistance, low electrical resistivity, high thermal conductivity, low thermal expansion, and radiation resistance. It is a critical reinforcement material for advanced composites in automotive, construction, and other industries.

Product Type and Performance

Fiber Type	Grade	Tensile Strength MPa	Tensile Modulus GPa	Strain at Failure %	Yield g/1000m	Density g/cm3	Diameter μm
OEGQ4522	3K	4500~5500	230~260	≥1.8%	200	1.80	7
	4K	4500~5500	230~260	≥1.8%	267	1.80	7
	12K	4500~5500	230~260	≥1.8%	800	1.80	7
	24K	4500~5500	230~260	≥1.8%	1600	1.80	7
OEQZ5526	12K	5500~6000	280~300	≥1.8%	445	1.80	5
	24K	5500~6000	280~300	≥1.8%	890	1.80	5
OEQZ6026	12K	6000~6500	280~300	≥1.8%	445	1.80	5
	24K	6000~6500	280~300	≥1.8%	890	1.80	5

Applications and Recommended Carbon Fiber Type

Field	Recommended Carbon Fiber Type	Advantages
Aerospace	OEQZ5526/ OEQZ6026	Lighter weight (20-50% lighter than metal), improved fuel efficiency, and enhanced structural strength
Transportaion	OEGQ4522/OEQZ5526	Lower vehicle weight, improve driving range, and strengthen crash safety
Sports	OEGQ4522/ OEQZ5526	Light, rigid, and smooth-riding
Energy and environmental protection	OEGQ4522/ OEQZ5526/ OEQZ6026	High fatigue strength, excellent corrosion resistance, and extreme-environment capable
Construction	OEGQ4522/OEQZ5526	An alternative to conventional steel, eliminating corrosion and enhancing structural
Electronic industry	OEGQ4522/ OEQZ5526	High precision, high-temperature resistant, and low thermal expansion coefficient
Biomedical instrument	OEGQ4522/ OEQZ5526/ OEQZ6026	Safe for bodily contact (biocompatible), invisible under X-rays, and tough for daily use
Ocean engineering	OEQZ5526/ OEQZ6026	Resistant to saltwater corrosion, reduces vessel weight, and improves sailing speed
Daily necessities	OEGQ4522/ OEQZ5526	Elevates product sophistication while balancing lightweight and durability

Oriental Energy Carbon Fiber Industry

Establish a fully integrated industrial chain for PDH→Acrylonitrile (AN)→PAN Polymerization→Precursor→Carbon Fiber→Composite Products, achieving end-to-end self-sufficiency with significantly reducible raw material costs
	The two-step process combining aqueous-phase precipitation polymerization with DMSO dry-jet wet spinning offers a greener and more efficient production route, fully aligned with sustainable development strategies.
	Positioned in the mid-to-high-end carbon fiber segment, our product portfolio focuses on T800 and T1000-grade carbon fibers, targeting premium applications in aerospace, low-altitude economy, and pressure vessel markets. All product configurations represent high-value-add solutions with exceptional profit margins.
The Maoming base enjoys strategic adjacency to the Greater Bay Area (GBA), enabling 2-hour supply chain access to Guangdong-Shenzhen-Dongguan industrial clusters for NEVs and wind power equipment. Logistics costs is significantly reduced.

Polyacrylonitrile (PAN) Powder

Polyacrylonitrile (PAN) powder is the critical precursor material for carbon fiber production. It is synthesized through ternary aqueous suspension polymerization of acrylonitrile (AN), methyl acrylate (MA), and itaconic acid (ITA). Our company is fully opening access to high-performance polyacrylonitrile (PAN) powder supply for core partners across the global carbon fiber industry chain.

主要性能指标：