Carbon Fiber Round Tube For Automation Guide Shafts & Robot Arm Links | Source Factory Legal Export

Carbon Fiber Round Tube For Automation Guide Shafts & Robot Arm Links | Source Factory Legal Export
Details:
Guangdong Shenyang New Material, ISO9001 & CE certified dry carbon composite manufacturer based in Huizhou, China. Equipped with autoclave, 4.0m×2.0m large-format CNC router and prepreg cold storage. Products for legal export, prototype & mass production available, batch performance traceable. Filament-wound autoclave carbon fiber round tube engineered to replace hardened steel and aluminum guide shafts in automation equipment and robotic arm links, delivering 60–68% weight reduction while eliminating corrosion, reducing inertia, and extending linear bearing life through low-friction carbon surface.
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Description
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Detailed Description

Automated pick-and-place systems using hardened steel guide shafts (7.85g/cm³) suffer from excessive linear carriage inertia-limiting cycle speed and increasing servo motor sizing by 25–35%. Aluminum alternatives (2.7g/cm³) solve weight but corrode in washdown environments and lack stiffness for cantilever loads exceeding 400mm reach.

Feature: T700 filament wind [±55/90/0°] layup, autoclave cured 6bar, precision-ground mandrel OD tolerance ±0.05mm.

Advantage: Density 1.45g/cm³, axial tensile ≥2100MPa, surface Ra ≤0.6μm, 1000hr salt spray zero degradation (ASTM B117).

Benefit: 68% lighter than steel, 46% lighter than aluminum → reduces actuator load, enables faster acceleration/deceleration; zero corrosion in food/pharma washdown; low-friction carbon surface (Ra 0.6μm) extends linear bearing life 30% vs raw aluminum; elastic recovery prevents permanent bend from accidental impact.

Bonded steel/titanium end inserts for bearing fits available. Batch FVF 62±2%, void ≤1.2%. Full export documentation.

Carbon Fiber Pultruded Profile C Channel Angle Bar I Beam Structural Composite Extrusion

Specification

Parameter

Value

Process

Filament wind + autoclave

Fiber

T700 / T800 optional

OD range

6–100mm

Wall thickness

0.5–6.0mm

Length

≤3000mm

Density

1.45g/cm³

Axial tensile

≥2100MPa

Surface Ra

≤0.6μm

Salt spray

1000hr ASTM B117 pass

Export

Legal export full docs

 

FAQ

Q: Can this replace 25mm steel linear shaft in pick-and-place robot?

A: 30mm×2.5mm carbon tube matches bending stiffness at 65% less mass-we supply equivalent beam calc.

Q: Surface hard enough for linear bearing contact?

A: Ra ≤0.6μm as-drawn; optional hard-anodized epoxy topcoat raises surface hardness to 2H pencil.

Q: End machining for bearing seats?

A: Bonded steel insert (6061 or 4140) pressed in and pinned, concentricity ≤0.02mm TIR.

Q: Chemical resistance in washdown?

A: Epoxy matrix resists NaOH, H₂O₂, isopropanol; data sheet per ASTM D543 available.

Q: Export to Germany/Japan?

A: HS 6815.99, MSDS, CO, material cert, dual-use screening included.

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