Brass cable glands electrical components

Custom Per Drawing · Electrical

Brass Cable Gland Bodies &
Electrical Components

Brass cable gland bodies, locknuts and reducers, conduit fittings, busbar connectors and terminal bodies — CNC turned to your drawing. RoHS 2 compliant. CW614N for machinability, C11000 where conductivity is paramount.

Send Your Drawing View Component Types

Alloy selection

Conductivity vs Machinability — Choosing the Right Alloy

Electrical components often require balancing two competing properties. Pure copper (C11000) gives maximum conductivity but is difficult to machine. Brass gives excellent machinability but lower conductivity. We help you choose correctly.

C11000 (Cu-ETP)100% IACS

CuZn37 (C26000)27% IACS

CW724R (CuZn21Si3P)16% IACS

CW617N (CuZn40Pb2)15.5% IACS

CW614N (CuZn39Pb3)14.8% IACS

IACS = International Annealed Copper Standard · C11000 = 58 MS/m = 100% reference

Made in Jamnagar, India

Real cable gland parts. Made to your drawing.

A sample of the precision brass components we turn and mill every day — finished complete and inspected in-house, then shipped to OEM and Tier-1 customers worldwide.

Component Types

Brassland is a precision brass and copper component manufacturer in Jamnagar, India, supplying turned and milled parts to electrical and instrumentation OEMs in 40+ countries. We machine cable-gland bodies, conduit fittings, busbar connectors and terminal parts — in metric, PG, NPT and BSP threads — from CW614N free-machining brass and C11000 high-conductivity copper, with nickel plating where required. Every part is made to your drawing on Swiss-type and CNC machines and inspected in-house; ingress (IP67/IP68) and Ex (ATEX/IECEx) approval of the finished gland is the assembler's responsibility, referencing IEC 62444 and IEC 60079. ISO 9001, ISO 14001 and ISO 45001 certified. Choosing the grade? See our electrical alloy guide →

Brassland brass/nickel-plated PG cable glands — IP-rated, with locknuts and sealing rings

IP-Rated Cable Glands

IP68 achievableCW614NRoHS 2

Cable gland bodies, locknuts, and sealing rings for IP55, IP67, and IP68 rated enclosures. Metric, PG, and NPT thread entries. Custom body geometry to your drawing.

Brassland brass busbar neutral links and earth bars on insulated bases

Busbar Connectors & Terminals

High conductivityC11000 / CW614N

Busbar drilling and tapping, terminal lugs, compression connectors, and splice connectors. C11000 for current-carrying busbars; CW614N for connector bodies requiring precision machining.

Brassland brass earth tags and grounding terminals (ring-and-tab)

Earth Tags, Lugs & Grounding Terminals

CW614N / C11000RoHS 2

Brass earth tags, earthing nuts and bonding studs, plus copper cable lugs and grounding terminals for panel and enclosure earthing — turned and milled to your drawing.

Brassland brass and nickel-plated terminal blocks and connection bodies

Terminal Blocks & Connection Bodies

CW614NRoHS 2

Machined terminal block bodies, wire clamp components, screw terminals, and grounding connectors. High-volume Swiss turning from Ø5–Ø25mm bar stock. Tight tolerances for reliable contact force.

RoHS 2 compliance

Electrical Equipment & RoHS 2

Electrical and electronic equipment (EEE) placed on the EU market must comply with RoHS 2 (2011/65/EU). Lead in brass falls under Exemption 6(c) — valid for copper alloys ≤4% Pb as a constituent, until 30 June 2027.

C11000 (ETP copper) is fully RoHS 2 compliant with no exemption required — ideal when lead-free documentation is required by end customers.

Full compliance guide →

Alloy Recommendation by Electrical Application

Component	Primary Requirement	Recommended Alloy	RoHS 2 Status
Busbar (current-carrying)	Max conductivity	C11000 (Cu-ETP) — 100% IACS	Fully compliant
Cable gland body	Machinability + corrosion	CW614N (CuZn39Pb3)	Exemption 6(c)
Conduit fitting	Machinability + cost	CW614N or CW617N	Exemption 6(c)
Terminal block body	High-volume machinability	CW614N (Swiss turning)	Exemption 6(c)
EV charging connector	Conductivity + RoHS strict	C11000 body or CW614N machined shell	Compliant
Grounding connector	Conductivity + cost	CW614N (CuZn39Pb3)	Exemption 6(c)

From Our Shop Floor

Copper turned pins and inserts on a Brassland CNC machine — Copper Components in Production
Turned on our CNC lines

Multi-cavity brass terminal bodies being milled at Brassland — Multi-Cavity Brass Milling
Milled to your drawing

Tin-plated precision turned components produced by Brassland — Tin-Plated Turned Components
Turned & plated to spec

Brass fittings checked with a Mitutoyo caliper during inspection — In-Process Inspection
Mitutoyo gauging & SPC

Custom per drawing

Send Your Electrical Component Drawing

Include thread specification, IP rating requirement, material preference, and volume. We'll respond within 24 hours.

Upload Drawing Electrical Alloy Guide

Before the RFQ

Commercial terms at a glance

Gland bodies, nuts and compression parts are machined to your drawing or the standard you specify; certificates travel with each batch. Every figure below is taken from our FAQ pages, where each point is explained in full.

Item	What to expect
Minimum order	No fixed MOQ — the economical batch size depends on the part and is quoted from your drawing and annual quantity; tooling is always a separate line. Details
First articles	30–50 pieces in 3–4 weeks from approved drawing with existing tooling; 4–6 weeks when new form tools are needed; forged parts 8–10 weeks including the die. A First Article Inspection report comes with every new component. Details
Series lead time	Series production runs 3–5 weeks from an approved drawing. A first order, including first articles and their approval, typically totals 6–8 weeks from confirmation, plus 3–4 weeks if new tooling is required. Repeat orders are made to order like any series run — typically 3–5 weeks; with a blanket order we can hold buffer stock, and releases then ship in 2–3 weeks; expedited orders take 3–4 weeks at the earliest, with air freight. Details
Tolerances	ISO 2768-m general tolerances unless your title block states otherwise; tighter limits are quoted from the drawing. Details
Documentation	Certificate of Conformity with every order; RoHS and REACH declarations at no charge; EN 10204 3.1 mill certificate for the alloy lot; PPAP Level 1–3 in 4–6 weeks from approved drawing. Details
Incoterms	EXW Jamnagar, FOB Mundra (FCL) or Nhava Sheva (LCL), CIF and DAP; DDP for selected countries. Any Incoterms 2020 rule on request. Details
Currency	Quotations and invoices are in USD.
Packaging	Polythene bags with printed labels, thread protectors on every threaded end, double-wall export cartons with edge protectors on pallets. Special packaging quoted separately. Details
Samples	10–50 pieces of standard items at a nominal charge; custom parts are proven through the first-article batch. Details

Cable Glands & Electrical — Frequently Asked Questions

What cable-gland and electrical parts do you make?

IP-rated cable gland bodies, locknuts and sealing components, busbar connectors and terminals, earth tags and lugs, and threaded inserts — machined to your drawing in brass and copper.

Do your glands carry IP / EMC / Ex approvals?

We machine the brass components; ingress-protection rating, EMC performance and any hazardous-area (ATEX/IECEx) certification are validated and certified by the assembler of the finished product.

Which alloys do you use?

CW614N and CW617N brass for gland and connector bodies, and C11000 copper for current-carrying busbar and earthing parts; nickel plating available.

What documentation do you provide?

EN 10204 Type 3.1 mill certificates as standard (3.2 third-party witnessed on request), a Certificate of Conformity and dimensional inspection reports, plus RoHS and REACH declarations with commercial orders.

What is your minimum order quantity and lead time?

There is no fixed minimum order quantity — the batch size is quoted from your drawing and annual quantity, and we support high-volume production for OEMs. Typical lead time is 3–5 weeks from approved drawing, with prototypes and samples sooner.

Brass Cable Gland Bodies &Electrical Components