Wiring

Insulated straight butt splice connectors for securely joining two wires end-to-end. After crimping and heating, these heat shrink connectors form a water- and vibration-resistant seal that protects the electrical connection from corrosion and disconnection. Suitable for emergency repairs of broken wires as well as permanent extensions or splices in the wiring of boats, vehicles, and industrial equipment.

• Secure Splicing: Insert two stripped wire ends from opposite sides – crimp – and you get a strong continuous connection
• Hermetic Seal: Heat-shrink tubing with meltable inner adhesive shrinks and encapsulates the splice, providing 100% moisture protection
• Standard Sizes: Red (for 0.5–1.5 mm²), Blue (1.5–2.5 mm²), Yellow (4–6 mm²) – cover typical wire gauges in marine and auto systems
• Tension Resistant: Once properly crimped and shrunk, the butt splices withstand pulling force and won’t let wires slip out under strain
• Professional Grade: Tinned copper barrels with high-quality polymer sleeves – meet marine standards for electrical connections

High-quality female fork type (Ω-shaped) wire terminals with heat shrink insulation, designed for secure attachment of wires under screw clamps and bolts. These connectors combine the convenience of a U-shaped design (allowing attachment to a terminal post without completely removing the nut) with the protection of a waterproof heat-shrink covering. Color-coded by wire size, they provide a corrosion-resistant, vibration-proof contact – ideal for marine and automotive electrical systems.

• U-Shaped Design: Fork shape for quick connection to screw terminals – slips under a nut without fully removing it
• Heat Shrink Insulator: Upon heating, the insulation fully encapsulates the metal lug and wire, shielding the connection from water, salt, and oils
• Standard Sizes: Red (0.5–1.5 mm²), Blue (1.5–2.5 mm²), Yellow (4–6 mm²) – cover a range from fine wires to heavier gauge power conductors
• Secure Grip: Flat fork end provides a large contact area under the washer – handles heat and high currents without coming loose
• Marine-Grade Durability: Made of tinned copper and high-strength polymer, these terminals withstand salt spray, vibrations, and temperature swings in yachts, boats, cars

Heat-shrink insulated fork terminals for secure, marine-grade electrical connections. The fork shape allows quick installation under a screw without full removal, while the adhesive-lined insulation seals out moisture and prevents corrosion.

• Color-coded sizes: Red (0.5–1.5 mm²), Blue (1.5–2.5 mm²), Yellow (4.0–6.0 mm²)
• Heat shrink insulation with adhesive lining creates a waterproof, vibration-resistant seal
• Fork (spade) design allows quick attachment under a screw without completely removing it
• Made of high-conductivity copper with tin plating for corrosion resistance
• Ideal for boat and automotive wiring (12V/24V systems) where secure, sealed connections are critical

Heat-shrink insulated ring terminals for the most secure cable connections. The closed ring design ensures the connector cannot slip off the stud, even under vibration, while the adhesive-lined heat shrink provides a waterproof seal against moisture and corrosion.

• Color-coded sizes: Red (0.5–1.5 mm²), Blue (1.5–2.5 mm²), Yellow (4.0–6.0 mm²)
• Adhesive-lined heat shrink insulation creates a fully waterproof, strain-relieved connection
• Ring design guarantees a secure attachment (must remove bolt to install) that won’t shake loose under vibration
• Made from tin-plated copper – excellent conductivity and long-term corrosion resistance
• Perfect for battery terminals, ground bus connections, and other high-current wiring in marine or automotive systems

10-meter spiral polyethylene cable wrap for bundling and protecting wires. Flexible yet durable, it allows easy insertion or removal of cables at any point while shielding them from abrasion and damage.

• Length: 10 m; available diameters (outer): 7 mm, 13 mm, 16 mm
• Organizes loose wires into a neat bundle and protects them from chafing and wear
• Spiral design allows branching off cables at any point without removing the entire loom
• Made of durable polyethylene – resistant to oils, fuel, and UV (black color is UV-stabilized for sunlight exposure)
• Easy installation – simply wrap around cable groups by hand; can be cut to any length with scissors or a knife

Reinforced double electrical terminal block for heavy-duty use (up to 48V systems). Allows safe interconnection of multiple cables on two separate stud posts (e.g. positive and negative) with exceptional mechanical strength and reliable insulation.

• Twin hefty stud posts (M8 or M10) on a single insulated base – two connection points in one unit
• Rugged glass-fiber reinforced nylon base – resists impact, vibration, and high temperatures
• Handles high current loads in 12V/24V/48V DC systems – ideal for combining cables from batteries, switches, or distribution bus bars
• Available with black or red base for easy identification of negative (ground) vs. positive terminals
• Corrosion-proof hardware (stainless steel studs, nickel-plated nuts) – built for marine and harsh environments

Copper crimp cable lugs for terminating heavy-duty cables. Tin-plated to resist corrosion, they are ideal for battery terminals, ground connections, and other high-current links. Available for cable sizes from 4 mm² up to 95 mm².

• High-purity copper with tin plating – excellent conductivity and no corrosion or oxidation
• Cable cross-section sizes: 4, 6, 10, 16, 25, 35, 50, 70, 95 mm² (covers a wide range of cable gauges)
• Bolt hole diameters from M5 to M12 (depending on lug size) – fits standard battery posts, studs and bus bars
• Crimp-on installation (requires crimping tool) – provides a strong, low-resistance bond between wire and lug
• Use cases: terminating battery cables, starter motor leads, main ground straps, solar & inverter wiring, and other high-current connections

Compact “mini” cable junction post for high amperage in tight spaces. Small footprint (35x42 mm) with a Ø6 mm stainless steel stud and chrome-plated brass nuts. Ideal for consolidating connections in cramped panels or as a feed-through terminal.

• Supports heavy current in a miniature form factor – current capacity determined by cable size (up to ~200 A*)
• Reinforced nylon base (with fiberglass) – electrically insulating and structurally strong
• Ø6 mm stainless steel bolt – corrosion-resistant, vibration-proof, and high-strength
• Chrome-plated brass nuts – ensure a secure, rust-free clamping of cable lugs
• Ultra-compact size – perfect for installation in small junction boxes, control panels, or other space-limited areas

Slim, elongated junction post (40x20 mm) for connecting high-current cables in confined areas. Featuring a stainless Ø6 mm stud and nickel-plated nuts, this node offers high load capacity in an ultra-thin profile for specialized mounting scenarios.

• Narrow, elongated design (only 20 mm wide) – fits into tight channels or along panel edges
• Built for high current – robust Ø6 mm connector stud accommodates heavy cables
• Corrosion-resistant build: stainless steel stud and nickel-plated brass nuts
• Insulating plastic base – prevents shorting to the mounting surface, ensuring safety
• Simplifies cable grouping – ideal as a positive or negative distribution point in space-restricted installations

Multi-position screw terminal block with 4 or 6 way points for joining electrical conductors. Equipped with nickel-plated steel screws and nuts, it provides secure contacts (up to ~20 A each) and proper insulation between circuits. Ideal for branching wires in boats, vehicles, and machinery.

• Available in 4-way (4-screw) or 6-way (6-screw) versions – choose based on your wiring needs
• Max current ~20 A per connection; operating voltage up to ~30 V DC (low-voltage systems)
• Steel screws with nickel plating – strong threaded connections, protected against rust
• Insulating base resists oil/fuel – prevents shorts between adjacent terminals or to chassis ground
• Easy panel mounting with screws; multiple blocks can be aligned in a row to create larger distribution assemblies