Marine

CURRENT, INC. is a leading manufacturer of laminated sheets, laminated rods, laminated tubing, spacers and standoffs in various grades and sizes and we can perform custom fabrication and secondary machining to better qualify these products to your specific needs. Resins include Phenolic, Epoxy, Silicone, and Melamine. Materials include Glass, Cotton, Paper, Carbon Fiber, Basalt, and Kevlar.

CURRENT, INC. also manufactures electrical grade laminates, carbon fiber sheets, tubing, rods, molded parts as well as ESD G-10/FR4 materials. In addition to our main product line, we offer competitive pricing on screw machine parts made from Nylon, Delrin, and Teflon.

Learn About Liberty Wood & Marine Applications

Durable, easily machined, and esthetically pleasing. Explore how Liberty Wood can bring your next boat or marine project to life!

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CURRENT, INC. provides industrial & electrical laminates for all of your Marine needs. Our wide variety of materials lets you know that you’re in good hands. The hard-to-find industrial and electrical grade laminates we make for composites in the Marine industry can be used for:

  • Panels
  • Interior Applications
  • Board Holders
  • Structural Components
  • Head Board for Sails
  • Piping

Resistance to Moisture, Salt Exposure, and Environmental Stress

Marine environments expose composite materials to continuous moisture, salt spray, and UV radiation. Laminates engineered for low water absorption and chemical resistance maintain structural integrity even after prolonged exposure to harsh conditions. Resin systems such as phenolic, epoxy, and silicone provide stable performance when used in components like interior panels, structural supports, and sail hardware. Reinforcements including glass, carbon fiber, basalt, and Kevlar further enhance resistance to corrosion and degradation, supporting long term reliability in both freshwater and saltwater applications.

Mechanical Strength for High Load Marine Components

Marine structures experience dynamic loading from wave impact, vibration, and mechanical stress transmitted through rigging, hull components, and onboard equipment. Laminates selected for these environments must deliver high tensile strength, stiffness, and fatigue resistance. Reinforced composites support applications such as board holders, piping interfaces, and structural inserts where consistent mechanical performance is required. Their ability to maintain strength under repeated load cycles helps reduce maintenance intervals and supports dependable operation across a vessel’s service life.

Dimensional Stability in Variable Temperature Conditions

Marine vessels encounter temperature fluctuations that can cause expansion, contraction, or warping in materials not designed for thermal stability. Laminates with controlled thermal expansion properties maintain dimensional accuracy in components such as interior assemblies, mounting plates, and custom machined parts. This stability ensures proper fitment and alignment, reducing the risk of mechanical interference or premature wear in multi material assemblies.

Compatibility With Marine Fabrication and Assembly Processes

Marine manufacturing often requires materials that can be machined, bonded, or fastened without compromising performance. Laminates that machine cleanly and maintain edge integrity support efficient fabrication of custom panels, brackets, and structural components. Their compatibility with adhesives, sealants, and mechanical fasteners allows seamless integration into both new builds and retrofit projects. This adaptability is valuable for marine designers and fabricators who require consistent results across varied applications.

Aesthetic and Functional Options for Marine Interiors

Marine interiors demand materials that balance durability with visual appeal. Laminates with uniform surface finishes, consistent color profiles, and customizable textures support both functional and decorative applications. These characteristics make them suitable for interior panels, cabinetry components, and trim elements where appearance and performance must align. Materials that resist fading, staining, and surface wear help maintain a clean, professional look throughout the vessel’s lifespan.

FAQ

How Do Laminates Maintain Performance in Marine Environments?

They use resin systems and reinforcements engineered for moisture resistance, chemical stability, and long term durability in wet or corrosive conditions.

Why Are Reinforced Laminates Important for Marine Structural Components?

Their high tensile strength and fatigue resistance support reliable performance under dynamic loads, vibration, and mechanical stress.

What Makes Laminates Suitable for Marine Fabrication?

They machine cleanly, bond reliably, and maintain dimensional accuracy, enabling consistent integration into custom marine assemblies.

How Do Laminates Support Marine Interior Applications?

Their stable surface finishes, color consistency, and resistance to wear make them suitable for decorative and functional interior components.

CURRENT, INC. has been a family-owned and operated business since 1962. We strive to manufacture the best products on the market and whatever you manufacture or assemble, there’s an excellent chance that there’s a Current Inc. product that will improve your product and your profit picture. Our office staff is always available to answer any questions, and when they do not have the answer, they will find it.  We’ll quote at no obligation. Just send us your specs and/or blueprints. For further information, call (203) 469-1337, Fax (203) 467-8435, or e-mail us.

START YOUR CARBON FIBER, INDUSTRIAL, & ELECTRICAL LAMINATE ORDER FOR THE MARINE INDUSTRY









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    Footer Composites

    • Resin Systems:
    • Phenolic
    • Epoxy
    • Melamine