01–08
Grounding & Bonding
Electrodes, connectors, and permanent bonding systems for earthing grids
Industrial Electrical Infrastructure
Hardware for the power behind progress.
Brassaic supplies grounding, cable management, conduit and overhead line hardware for substations, industrial plants, telecommunications sites and utility infrastructure.
GroundingEarthing & Bonding
CableSupport & Protection
ConduitUnderground Systems
OverheadLine Hardware
Four Core Product Families
A focused range for real infrastructure work.
Each family is organized around utility, industrial and electrical installation needs, with technical data carried directly from the Brassaic 2026 catalog.
09–13
Cable Support & Protection
Cleats, duct seals, and pulling hardware for cable installation and restraint
14–18
Underground Conduit Systems
Rigid PVC duct, conduit, and fittings for buried and exposed cable runs
19–24
Overhead Line Hardware
Suspension, tension, and vibration-control fittings for transmission and distribution lines
Why Brassaic
Technical supply without the catalogue clutter.
Brassaic's launch range is structured for procurement and engineering review across substations, industrial plants, telecommunications sites and overhead line infrastructure.
Engineering-ready informationClear construction, ratings, standards and applications.
Standards-conscious sourcingUL, CSA, IEC and other referenced requirements where applicable.
Project quotation supportPricing confirmed by order volume, certification requirements and delivery location.
Focused utility assortmentProducts selected around electrical infrastructure rather than a generic industrial catalogue.
Full 24-Item Catalog
Browse every Brassaic product.
Search by product name or SKU, filter by category, then open any item for complete technical specifications and pricing notes.
⌕
PRODUCT 01BR-GR-5808
Copper-Bonded Ground Rod 5/8 in x 8 ft
A pointed, high-carbon steel core rod molecularly bonded with a heavy layer of 99.9% pure electrolytic copper. Built for driving directly into soil to form the primary earth electrode of a grounding system — the copper sheath will not crack, peel, or tear during installation, and the steel core provides the driving strength ordinary copper rods lack. Rated for a service life of 30+ years in most soil conditions.
Technical Specifications
MaterialHigh-carbon steel core, molecularly bonded 99.9% pure electrolytic copper coating (min. 10 mil / 254 µm)
Dimensions5/8 in (15.9 mm) diameter x 8 ft (2.44 m) length
Tip StylePointed, for direct ground driving
Tensile Strength80,000 psi (average)
Weight≈ 6.8 – 7.1 lb (3.1 kg) per rod
ApplicationsElectrical grounding systems, lightning protection, telecom towers, substations
PRODUCT 02BR-GR-7410
Copper-Bonded Ground Rod 3/4 in x 10 ft
The heavier-gauge counterpart to our 5/8 in rod, engineered for high-fault-current earthing grids, power substations, and industrial installations where lower ground resistance and greater mechanical strength are required. Threaded and unthreaded end options are available for coupling multiple rod sections to reach greater driven depths.
Technical Specifications
MaterialHigh-carbon steel core, molecularly bonded copper coating (10–13 mil plating options)
Dimensions3/4 in (19 mm) diameter x 10 ft (3.05 m) length
End OptionsPointed (drive) or 5/8"-11 threaded ends for coupling / driving studs
Tensile Strength80,000 psi (min.)
Weight≈ 12.4 – 12.5 lb (5.6 kg) per rod
ApplicationsSubstations, SCADA/RF equipment grounding, large earthing grids, seismic/frost-heave zones
PRODUCT 03BR-GR-CPL
Threaded Ground-Rod Coupling
A high-strength, corrosion-resistant bronze coupling that joins two sectional copper-bonded ground rods end-to-end, letting a single electrode reach far greater driven depths in dry or high-resistivity soil. The matched internal threads keep both rod sections in true alignment during driving, and the copper-to-copper contact preserves a low-resistance electrical path along the full length of the electrode.
Technical Specifications
MaterialSilicon bronze / high-strength corrosion-resistant copper alloy
ThreadMatched to rod series — 5/8 in-11 UNC or 3/4 in-10 UNS
FunctionJoins sectional copper-bonded rods end-to-end for deeper driven depth
StandardUL 467 and CSA C22.2 No. 41 where covered by a certified grounding-electrode system
ApplicationsDeep grounding installations, substations, industrial sites with high soil resistivity
PRODUCT 04BR-GR-DVP
Ground-Rod Driving Point
A hardened steel driving point that threads onto the leading end of a sectional ground rod, protecting the rod tip from mushrooming or splitting when driving through hard, rocky, or compacted soil. Using a driving point keeps the rod's threaded coupling ends undamaged for reliable, low-resistance sectional connections all the way to final depth.
Technical Specifications
MaterialHardened / chrome-vanadium tool steel, heat-treated
ThreadMatched to rod series, threads directly onto the rod tip
FunctionPrevents rod-tip mushrooming and damage when driving through hard or rocky ground
Compatibility5/8 in and 3/4 in threaded copper-bonded ground rods
ApplicationsDeep ground-rod installation in rocky, compacted, or high-resistivity soil
PRODUCT 05BR-GC-ACN
Acorn Ground Clamp
A dome ("acorn")-shaped clamp that fits over the top of a ground rod, securing the grounding conductor with a single hex-head bolt for a simple, low-cost, trouble-free connection. The cast copper-alloy body resists corrosion and maintains low contact resistance, and the clamp is approved for direct burial in earth or concrete.
Technical Specifications
MaterialCast copper alloy (bronze) body; bronze or stainless-steel hex bolt hardware
Rod Compatibility1/2 in, 5/8 in, and 3/4 in ground rods (universal-fit models available)
Conductor Range10 AWG solid to 2 AWG stranded (up to 1/0 AWG on select sizes)
InstallationSingle hex-head bolt, one-wrench tightening
ApplicationsGround rod-to-conductor bonding for buildings, towers, fences, satellite/antenna earthing
PRODUCT 06BR-GC-UBT
U-Bolt Grounding Clamp
A U-shaped bolt clamp that wraps fully around a pipe, rod, or fence post to make a parallel or 90-degree connection to the grounding conductor. The saddle plate and U-bolt design gives a secure, high-contact-area connection and is well suited to water-pipe bonding, fence-post grounding, and pole-mounted equipment.
Technical Specifications
MaterialCast/forged copper alloy body; bronze or stainless-steel U-bolt hardware
Pipe / Rod Range3/8 in up to 6 in, depending on model size
Conductor Range4 AWG solid up to 250 MCM stranded
Connection TypeParallel or 90° conductor-to-pipe/rod, copper conductors only
ApplicationsWater pipe grounding, fence-post earthing, pole/tower hardware bonding
PRODUCT 07BR-GR-BRD
Flexible Tinned-Copper Bonding Braid
A flattened, woven tinned-copper braid with crimped copper lugs at each end, used wherever a rigid conductor cannot flex with equipment movement, vibration, or thermal expansion. The tin plating resists oxidation and keeps contact resistance low over the life of the connection, and braids are supplied cut to length with lugs ready to bolt straight onto equipment terminals.
Technical Specifications
MaterialTinned electrolytic copper braid (ASTM B33), flattened woven construction
Cross-Section6 – 100 mm² (11.8 – 197 kcmil) standard range
Length100 – 500 mm standard; custom lengths available
TerminationsCrimped copper palm/lug at each end, ready to bolt
ApplicationsTransformers, switchgear, enclosure doors, equipment bonding, vibration-isolated connections
PRODUCT 08BR-GR-EXW
Exothermic Welding Powder + Mould System
A self-contained welding system that creates a permanent, molecular, low-resistance bond between copper and copper, or copper and steel — without an external power source. An ignition spark triggers a reaction between copper oxide and aluminium powder inside a reusable graphite mould, producing molten copper that fuses the conductors together into a single continuous connection that will not loosen or corrode.
Technical Specifications
MaterialCopper oxide + aluminium powder weld charge; reusable graphite mould
Charge Sizes45 g / 65 g / 90 g / 115 g / 150 g standard charges
Connection TypesCable-to-rod, cable-to-cable, cable-to-steel, cable-to-rebar
StandardConnection design qualified to IEEE 837; verify UL 467 / IEC 62561 for exact configuration
ApplicationsPermanent ground-grid connections in substations, industrial and telecom earthing
PRODUCT 09BR-CC-TRF
Trefoil Cable Cleat Stainless Steel / Aluminium
Retains three-conductor power cables in the triangular "trefoil" formation and holds them firmly in place against the powerful electromechanical forces generated during short-circuit fault conditions. Available in 316L stainless steel for maximum corrosion resistance and mechanical strength, or lightweight aluminium alloy for indoor and sheltered outdoor runs.
Technical Specifications
Material316L stainless steel (~500 MPa tensile) or aluminium alloy (~200 MPa tensile)
Cable Diameter RangeApprox. 24 – 150 mm, model dependent
MountingSingle M8 / M10 fixing to cable tray, ladder, or wall structure
StandardTested and certified to IEC 61914:2021
ApplicationsSubstations, industrial power distribution, data centres, renewable energy sites
PRODUCT 10BR-CC-SGL
Single Cable Cleat Polymer
A lightweight, non-conductive cleat molded from UV-stabilized, halogen-free, flame-retardant (UL94 V0) glass-fibre reinforced polymer. Designed to restrain a single power cable against electromechanical forces during short-circuit events without damaging the cable jacket — ideal where electrical isolation and corrosion-free performance are priorities.
Technical Specifications
MaterialGlass-fibre reinforced polyamide (PA66), flame-retardant, UV-stabilized, halogen-free
Temperature Rating-40 °C to +120 °C
StandardTested to IEC 61914:2021 for electromechanical short-circuit withstand
MountingRail, strut nut, or direct-bolt options; stackable flat-base design
ApplicationsIndoor switchgear, cable trays/racks, sites requiring galvanic-corrosion-free cleating
PRODUCT 11BR-CS-DES
Mechanical Duct / Cable-Entry Seal
A modular, re-enterable seal built from compressible elastomer blocks that peel down to match each cable's exact outer diameter, then compress inside a duct or wall-entry frame to form a permanent watertight, gastight, and rodent-proof barrier — with no curing time and no mixed compound to dispose of. Spare modules can be left in place to build in capacity for future cables.
Technical Specifications
MaterialModular compressible elastomer (EPDM) sealing blocks in a steel or polymer frame
Sealing ActionPeel-to-fit layered modules, mechanically compressed — no curing time, fully re-enterable
RatingWater, gas, and rodent-tight; spare modules allow future cable additions
StandardTested to project water-pressure / gas-tightness criteria; confirm local acceptance
ApplicationsSubstation duct banks, cable vaults, data-centre and building cable entries
PRODUCT 12BR-CS-PLG
Spare-Duct Sealing Plug
A tool-free, mechanical expansion plug that seals the open end of a spare or unused underground duct, keeping out water, dirt, and rodents until the duct is needed for a future cable pull. The scalloped body creates a tight, dependable seal even under vibration, and a built-in rope-tie eyelet keeps a pull-tape or tracer wire ready for next time.
Technical Specifications
MaterialHigh-impact LDPE / polymer body with elastomer compression gasket
InstallationTool-free, hand-installed tapered/scalloped fit; secure under vibration and handling
FeatureIntegrated rope-tie eyelet for pull-tape or tracer-wire retention
RatingWater-tight; resists UV, temperature extremes, and chemical exposure
ApplicationsSealing unused/spare underground ducts, handholes, and substation duct banks
PRODUCT 13BR-CS-PGR
Cable Pulling Grip / Pulling Eye
A woven wire-mesh grip that closes securely around the end of a cable to distribute pulling tension evenly along its length during conduit and duct installation, protecting the cable jacket from the point-loading a bare pull rope would cause. A rotating eye reduces torque transfer to the cable as the pull rope is drawn in over blocks or sheaves.
Technical Specifications
MaterialGalvanized or tinned-bronze double-weave steel wire mesh; forged/aluminium-alloy rotating eye
Cable Diameter RangeLight duty <1 in up to heavy duty 2 in+, model dependent
Load RatingFrom ≈500 lb (light/fibre duty) up to 20,000+ lb (heavy duty), traceable to manufacturer certification
FeatureRotating eye reduces torque transfer during the pull
ApplicationsUnderground cable and conduit pulls, industrial cable installation
PRODUCT 14BR-CD-DB2
CSA DB2 Rigid PVC Utility Duct
A grey rigid PVC duct engineered specifically for direct burial or concrete encasement in utility duct banks. Its thinner wall than Schedule 40 keeps the duct lighter and easier to handle on large underground runs, while still meeting the high-impact and crush-strength requirements Canadian utility and municipal projects require.
Technical Specifications
MaterialGrey rigid PVC, self-extinguishing, smooth interior and exterior
Sizes2, 3, 3½, 4, 4½, 5, and 6 in trade sizes
LengthStandard 10 ft or 20 ft, belled or plain end
StandardCSA certified to C22.2 No. 211.1, type DB2/ES2
ApplicationsUtility underground duct banks, commercial and industrial buried services
PRODUCT 15BR-CD-S40
Schedule 40 Rigid PVC Electrical Conduit
The industry-standard rigid PVC conduit for both above- and below-ground electrical installations, rated for use with 90°C conductors and resistant to impact, corrosion, and (on sunlight-resistant grades) UV degradation. Solvent-weld joints with matched fittings make Schedule 40 straightforward to install across industrial, commercial, and renewable-energy projects.
Technical Specifications
MaterialRigid PVC, UL 651 listed, meets NEMA TC-2 and Fed Spec WC 1094A
Sizes1/2 in to 6 in trade sizes
LengthStandard 10 ft or 20 ft, belled or plain end
Rating90°C conductor rating; sunlight-resistant grade available
ApplicationsIndustrial and commercial wiring, renewable energy, outdoor and underground runs
PRODUCT 16BR-CD-S80
Schedule 80 Rigid PVC Electrical Conduit
A heavier-wall version of Schedule 40 conduit, built for exposed runs and installations subject to physical impact, higher pressure, or greater mechanical exposure. Schedule 80 shares the same outside diameter as Schedule 40 for compatible fittings, while its thicker wall delivers meaningfully higher crush and impact resistance.
Technical Specifications
MaterialRigid PVC, heavier wall than Schedule 40, UL 651 listed
Sizes1/2 in to 6 in trade sizes, matched fittings
LengthStandard 10 ft or 20 ft, belled or plain end
RatingHigher impact and crush resistance than Schedule 40; same OD for fitting compatibility
ApplicationsIndustrial and utility service, exposed runs subject to physical damage
PRODUCT 17BR-CD-ELB
Long-Radius PVC Conduit Sweep / Elbow
A pre-formed 90° (or 45°) bend with a long, gradual sweep radius that eases the strain on cable jackets and conductors as they are pulled around directional changes in a duct bank. The wide bend radius substantially reduces pulling tension compared to a standard-radius elbow, which matters most on long or heavily loaded pulls.
Technical Specifications
MaterialRigid PVC, Schedule 40/80 compatible
SizesCommon 2 – 6 in trade sizes, 24 – 48 in bend radius
EndsBelled or plain end, solvent-weld joint
StandardUL 651 listed, meets NEMA TC-2
ApplicationsDuct banks, service entrances, utility vaults — eases cable pulling at directional changes
PRODUCT 18BR-CD-CPL
PVC Conduit Coupling / Bell-End Fitting
A solvent-weld coupling that joins two straight lengths of conduit or duct into a continuous, watertight run. Matched exactly to certified conduit and duct sizing so every joint in a duct bank meets the same UL/CSA system certification as the pipe itself.
Technical Specifications
MaterialRigid PVC, socket-and-solvent-weld design
SizesMatched to 1/2 in – 6 in conduit and duct systems
Joint TypeSolvent-weld socket, watertight when cured
StandardUL / CSA listed to match the certified system it joins
ApplicationsJoining straight conduit/duct runs in duct banks, commercial and industrial systems
PRODUCT 19BR-OL-SUS
Suspension Clamp
A saddle-type clamp that secures overhead conductors to insulator strings or cross-arms on transmission and distribution poles, evenly distributing cable weight and permitting limited swing to absorb wind and ice loading. Built for long-term outdoor exposure with corrosion-resistant materials and captive hardware that cannot be lost during installation.
Technical Specifications
MaterialHeat-treated aluminium alloy (356-T6) or galvanized ductile iron body; stainless-steel pins
Clamping RangeApprox. 0.16 – 1.62 in conductor diameter, model dependent
Ultimate Strength RatingUp to 25,000 lb
Max. Take-Off AngleUp to 22.5°
ApplicationsOverhead transmission & distribution lines, substations, pole-line hardware assemblies
PRODUCT 20BR-OL-DED
Dead-End / Tension Clamp
A bolted or wedge-type clamp that anchors a conductor at a line termination, corner, or angle structure, holding the full tension of the span rather than simply supporting its weight. Bolted (NLL/NLD-series) designs suit distribution lines up to 35 kV, while wedge types are selected for higher-tension transmission applications.
Technical Specifications
MaterialHigh-strength aluminium alloy (bolted type) or malleable iron body; galvanized/stainless hardware
TypeBolted (NLL series – aluminium alloy, NLD series – malleable iron) or wedge design
RatingBolted type suited to aerial lines up to 35 kV; wedge types for higher-tension transmission
FunctionAnchors full span tension at line terminations, corners, and angle structures
ApplicationsDistribution and transmission line dead-ending, corner and angle structures
PRODUCT 21BR-OL-SBD
Stockbridge Vibration Damper
A tuned-mass damper that clamps directly onto a conductor and absorbs the energy of wind-induced (aeolian) vibration before it can fatigue conductor strands over years of continuous operation. Its asymmetric dumbbell design, with unequal weights on unequal lengths of messenger cable, gives coverage across a wide range of vibration frequencies in a single fitting.
Technical Specifications
MaterialGalvanized steel messenger wire with cast or extruded aluminium-alloy clamp and end weights
DesignAsymmetric dumbbell tuned-mass damper; four-resonance (4R) designs cover a wider frequency range
RatingConductor clamping range per model; corona-free performance to 500 kV on select designs
CompatibilityACSR, ACSS, AAC, and AAAC conductors, up to 250°C operating temperature
ApplicationsTransmission and distribution lines — suppresses aeolian vibration to prevent conductor fatigue
PRODUCT 22BR-OL-ARM
Preformed Armour Rods
A set of color-coded aluminium-alloy rods that wrap helically around a conductor at the point it enters a suspension or dead-end clamp, reinforcing the conductor against the bending, compression, and abrasion stresses concentrated at that support point. Correctly applied armour rods can restore up to 100% of a conductor's rated mechanical and electrical performance where surface-strand damage is limited.
Technical Specifications
MaterialAluminium alloy or aluminium-clad steel preformed rod sets
DesignColor-coded, conductor-specific rod sets applied by hand-wrapping, right-hand lay standard
FunctionReduces bending, compression, and abrasion stress at clamp support points; restores strength where <50% of outer strands are damaged
CompatibilityACSR, AAC, AAAC, ACAR conductors and steel ground wire
ApplicationsOverhead line conductor protection at suspension and dead-end clamp support points
PRODUCT 23BR-OL-GGR
Preformed Dead-End Grip / Guy Grip
A one-piece helical formed-wire fitting that wraps around the end of a guy strand or messenger wire to create a termination loop in under a minute, with no bolts, clamps, or specialty tools required. Made from the same material as the strand it grips, a correctly installed guy grip delivers the same rated holding strength as the published breaking strength of the strand itself.
Technical Specifications
MaterialAluminium, galvanized steel, or aluminium-clad steel wire, matched to strand material
DesignHelical formed-wire legs wrap around the cable/strand end, forming a closed eye
RatingRated at 100% of the strand's published breaking strength
InstallationSingle-use by design; can be reinstalled up to twice within 90 days if re-tensioning is needed
ApplicationsGuy-wire anchoring, messenger-wire dead-ending, distribution and telecom pole lines
PRODUCT 24BR-OL-PGC
Guy Clamp / Parallel-Groove Clamp
A two-plate clamp with matching parallel grooves that holds two conductors, guy wires, or jumpers side by side under a common bolt load, giving a mechanically secure and electrically conductive connection without cutting or splicing either wire. Available in 1, 2, or 3-bolt configurations in extruded aluminium alloy or hot-dip galvanized steel to match the application.
Technical Specifications
MaterialExtruded aluminium alloy or hot-dip galvanized steel body; galvanized steel bolts and hardware
Design1, 2, or 3-bolt clamp with parallel grooves securing two conductors/guy wires side by side
RangeApprox. #8 AWG to 1750 kcmil, model dependent
StandardIEC 61284 / ANSI C119.4 Class A on rated versions
ApplicationsGuy-wire connections, jumper runs, mid-span splices, pole-line hardware assemblies
Project Support
Have a bill of materials?
Send the product list, required standard, quantity and delivery location. Technical drawings and test certificates are available on request where applicable.