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Fiber type: Glass fiber
Resin type: Polyamide 6 (pa6)
Tape thickness: 0.29mm~0.33mm
Tape surface density: 520-550gsm
Colors: Natural, Black
Fiber content: 60 %,70%
As a leading manufacturer and direct supplier of advanced composite materials, we engineer premium continuous fiber-reinforced thermoplastic tapes. This high-performance tape integrates continuous glass fibers with a robust polyamide 6 resin matrix, delivering exceptional structural integrity for high-demand industrial applications. Designed specifically for bulk procurement and large-scale manufacturing lines, it ensures consistent reliability.
Direct supply from a premier composite manufacturer
Engineered for high-volume industrial processing
Unmatched structural reinforcement capabilities
Highly optimized for automated production environments
The GF/PA6 UD-TAPE represents a breakthrough in continuous fiber-reinforced thermoplastic engineering. By meticulously impregnating continuous glass fibers into a premium polyamide 6 (PA6) resin matrix, this unidirectional prepreg tape forms a highly cohesive sheet material that feels exceptionally smooth to the touch, with a sleek, uniform surface devoid of dry spots or resin-rich clusters. When handled, the material exhibits a distinct rigidity that speaks to its structural density, yet it maintains the inherent flexibility required for complex thermoforming processes. The visual appearance is a flawless, continuous grain, reflecting the precise alignment of every individual glass filament locked within the thermoplastic binder.
For industrial fabricators and component engineers, this material fundamentally transforms how lightweighting is approached. Instead of relying on heavy metallic alloys that are prone to oxidation, this composite provides an advanced alternative that significantly reduces overall component weight while maintaining structural integrity. The precise melt-impregnation process ensures that every microscopic void is filled with PA6 resin, resulting in a dense, non-porous structure that audibly resonates with a solid clink when tapped, indicating zero internal delamination. By integrating this advanced tape into your production lines, you achieve a seamless transition toward lighter, more durable, and highly corrosion-resistant end products, ultimately reducing long-term maintenance costs and enhancing operational efficiency for end-users.
The following table outlines the precise technical parameters of our unidirectional prepreg tape. These exact specifications are maintained rigorously across all production batches to ensure seamless integration into your manufacturing workflows. Understanding these metrics is critical for your engineering teams to calibrate automated tape laying machines, determine optimal thermoforming temperatures, and calculate the final weight-to-strength ratios of the finished composite parts. We strictly adhere to these dimensional and material standards to guarantee absolute predictability in your high-volume processing lines, ensuring that every roll performs exactly as engineered.
| Specification | Details |
|---|---|
| Product Name | GF/PA6 UD-TAPE |
| Fiber Type | Glass fiber |
| Resin Type | Polyamide 6 (PA6) |
| Tape Thickness | 0.29mm ~ 0.33mm |
| Tape Surface Density | 520-550gsm |
| Colors | Natural, Black |
| Fiber Content | 60%, 70% |
Engineered to elevate industrial component manufacturing, this unidirectional tape brings a multitude of operational and structural advantages to your assembly lines. The meticulous alignment of continuous glass fibers within the thermoplastic matrix ensures that stress is distributed evenly across the material, preventing localized failures during extreme loading conditions.
Exceptional Specific Strength: Dramatically outperforms traditional metals in strength-to-weight ratios, allowing for aggressive lightweighting without compromising load-bearing capacities.
Superior Specific Stiffness: Maintains rigid structural dimensional stability even under continuous mechanical stress, ensuring end-product reliability.
Outstanding Impact Resistance: Absorbs and dissipates kinetic energy effectively, preventing catastrophic shattering or cracking upon sudden blunt force impact.
Advanced Corrosion Resistance: Completely impervious to rust and highly resistant to chemical degradation, making it ideal for harsh operational environments.
Streamlined Processing: The thermoplastic nature allows for rapid heating, shaping, and cooling cycles, significantly accelerating your production throughput.
Flawless Surface Finish: The ultra-smooth exterior minimizes the need for secondary surface treatments, saving valuable processing time and labor costs.
The foundation of any high-performance composite lies in the absolute purity and precise ratio of its constituent elements. This tape is formulated using premium continuous glass fibers meticulously embedded within a high-grade thermoplastic polyamide 6 (PA6) resin matrix.
Optimized Fiber Ratios: Available in precise 60% or 70% fiber content configurations, guaranteeing optimal resin wet-out and eliminating internal dry spots.
Premium Glass Filaments: Utilizes continuous, unbroken glass strands that provide unparalleled tensile strength along the load path.
Robust PA6 Matrix: The polyamide 6 resin acts as an exceptionally tough binder, transferring mechanical loads efficiently between individual glass fibers.
Reliable Sourcing Foundation: Meets the strict material consistency demands of large-scale industrial buyers, ensuring that every roll performs exactly like the last.
When subjected to rigorous mechanical testing, this composite material demonstrates extraordinary physical resilience. It is specifically engineered to replace heavy steel and aluminum components, facilitating the crucial plastic-replacing-steel transition in modern manufacturing.
High-Pressure Stability: Maintains absolute structural integrity when utilized in extreme environments, such as high-pressure fluid containment systems.
Dynamic Load Endurance: The high specific strength and specific stiffness allow the material to endure continuous vibrational and dynamic stresses without suffering from fatigue failure.
Harsh Environment Resilience: Excellent corrosion resistance ensures the material will not degrade when exposed to industrial chemicals, fuels, or saline environments.
Kinetic Impact Absorption: The unique combination of rigid glass and tough PA6 resin provides superior impact resistance, crucial for protective gear and military applications.
Our state-of-the-art production facilities utilize a highly refined melt impregnation technology to produce this unidirectional tape. This advanced manufacturing technique is the key to unlocking the ultimate performance potential of the raw materials, ensuring a flawless composite structure.
Micro-Level Impregnation: The melt impregnation process forces the molten PA6 resin deep into the continuous fiber bundles, achieving single-filament level dispersion.
Zero Defect Manufacturing: Completely eliminates common composite defects such as dry yarns, resin starvation, or exposed white fibers.
Precision Thickness Control: Tape thickness is strictly maintained within the ultra-tight tolerance of 0.29mm to 0.33mm, ensuring predictable thermoforming behavior.
Reduced Scrap Rates: The exceptional uniformity of the tape directly translates to fewer processing errors and drastically lower defect rates on your production floor.
We understand that industrial procurement requires highly adaptable material solutions to fit diverse manufacturing lines. Our production capabilities are structured to offer extensive customization, providing you with semi-finished roll materials that precisely match your tooling and processing requirements.
Flexible Surface Density: Engineered to specific areal weights ranging from 520 to 550 gsm, allowing you to dial in the exact mass-to-strength ratio needed for your parts.
Aesthetic Color Options: Available in both natural and deep black formulations to suit the visual requirements of the final assembled component.
Adaptable Widths: Capable of producing customized tape widths, typically reaching up to 1300mm, to accommodate massive continuous lamination or precise automated tape laying machinery.
Tailored Roll Lengths: Configurable packaging and roll dimensions designed to integrate seamlessly with your specific automated unwinding equipment.
The unique combination of thermal, mechanical, and chemical properties makes this unidirectional tape an indispensable asset across a multitude of demanding industrial sectors. Its proven track record in critical applications provides procurement teams with absolute confidence in its field reliability.
Automotive Fluid Systems: Extensively utilized in the fabrication of automotive fuel lines and high-pressure fuel lines, where chemical resistance and burst strength are paramount.
Electronic & Electrical Housings: Provides rigid, lightweight, and non-conductive structural support frames and protective casings for sensitive industrial electronics.
Advanced Protective Footwear: Serves as a critical reinforcement layer in safety shoes and military-grade footwear, offering puncture resistance without adding cumbersome weight.
Structural Support Frames: Ideal for creating lightweight, high-stiffness skeletal structures in aerospace, transit, and industrial machinery applications.
Supply chain stability relies entirely on the unwavering consistency of raw materials. Our factory-level quality assurance protocols are among the most stringent in the composite industry, ensuring that every single roll delivered meets the exact specifications required by your engineering teams.
Batch-to-Batch Consistency: Rigorous testing protocols guarantee that the mechanical properties remain identical across large-volume production runs.
Dimensional Verification: Continuous inline laser scanning monitors the tape thickness and width, ensuring the 0.29mm-0.33mm tolerance is never breached.
Mechanical Stress Testing: Samples from every batch undergo destructive testing to verify tensile strength, tensile modulus, and impact resistance before approval.
Resin Content Analysis: Advanced thermal degradation testing confirms the exact 60% or 70% fiber-to-resin ratio, ensuring optimal thermoforming performance.
Aligning with the global shift toward green procurement and circular manufacturing economies, this thermoplastic composite offers significant environmental advantages over traditional thermoset alternatives. The inherent properties of the PA6 matrix allow for end-of-life processing that minimizes environmental impact.
Fully Recyclable Matrix: The thermoplastic nature of polyamide 6 allows the material to be reheated, reshaped, and repurposed, preventing it from ending up in landfills.
Scrap Repurposing: Manufacturing off-cuts and edge trims from your production line can be shredded and injection-molded into secondary components, virtually eliminating material waste.
Eco-Compliant Manufacturing: Helps your end-products meet stringent international environmental regulations and sustainability certifications.
Energy-Efficient Processing: The rapid consolidation cycles of thermoplastic tapes require less overall energy consumption compared to the lengthy curing times of thermoset resins.
Partnering with Qingdao CIMC Composites Co., Ltd. (QCCC) means securing a direct pipeline to one of China's most advanced composite manufacturing facilities. We bypass intermediaries to provide you with direct factory access, ensuring that you receive premium materials without the inflated costs associated with multi-tiered supply chains.
Direct Manufacturer Supply: By sourcing directly from QCCC, you benefit from highly competitive pricing structures designed for large-scale industrial procurement.
Uncompromising Quality: A low price point never means a compromise on performance; our state-of-the-art facilities ensure every meter of tape represents the pinnacle of composite engineering.
Robust R&D Capabilities: Backed by extensive technological research, we continuously refine our melt impregnation processes to keep you at the forefront of material science.
Global Supply Chain Reliability: Strategically located in the Jiaozhou Economic and Technological Development Zone, we offer highly efficient global logistics and unwavering delivery schedules.
To assist your engineering and procurement teams in their material evaluation process, we have compiled detailed answers to the most technical inquiries regarding our unidirectional prepreg tapes.
What is the primary advantage of the melt impregnation process used in this tape?
The melt impregnation process ensures that the molten PA6 resin coats every single continuous glass filament. This eliminates dry spots and internal voids, resulting in a significantly higher shear strength and a flawless surface finish compared to traditional powder-coating or solvent-based methods.
Can this tape be processed using automated tape laying equipment?
Yes, the strict thickness tolerance (0.29mm to 0.33mm) and consistent surface density (520-550gsm) make this material exceptionally well-suited for high-speed Automated Tape Laying (ATL) and Automated Fiber Placement (AFP) machinery without causing tension breaks or feeding jams.
How does the PA6 matrix handle exposure to automotive fuels and chemicals?
Polyamide 6 is inherently highly resistant to aliphatic hydrocarbons, motor oils, greases, and standard automotive fuels. This makes the tape an ideal structural reinforcement for high-pressure fuel lines and under-the-hood automotive components.
Is it possible to consolidate multiple layers of this tape without secondary adhesives?
Absolutely. Because it utilizes a thermoplastic PA6 matrix, multiple layers of the tape can be stacked and consolidated simply by applying specific heat and pressure. The resin melts and fuses the layers together, creating a monolithic composite structure with no need for heavy, brittle adhesive layers.
How do the different fiber content options (60% vs. 70%) affect the final application?
The 60% fiber content variant offers slightly higher resin richness, which is excellent for complex thermoforming where high resin flow is needed to fill intricate mold details. The 70% variant maximizes the specific strength and stiffness, making it the superior choice for flat or gently curved structural supports requiring maximum load-bearing capabilities.