About Brass Terminals with Screw for Automotive Components
Brass Terminal with Screw for Automotive Industries Manufacturer, Supplier & Exporter
Brass Terminal with Screw for Automotive Industries is a precision-engineered electrical connection component designed for secure wire termination, reliable current transfer, and long service life in automotive and electrical applications. Bharti Enterprise manufactures high-quality Brass Terminals with Screw using advanced CNC machining and precision turning processes to ensure superior dimensional accuracy, conductivity, and durability.
These terminals are manufactured from premium-grade brass alloys and are widely used in automotive wiring harnesses, battery connections, fuse boxes, control panels, switchgear assemblies, electrical distribution systems, EV charging equipment, and industrial electrical installations. The integrated screw mechanism ensures strong wire clamping, vibration resistance, and dependable electrical performance under demanding operating conditions.
Our Brass Screw Terminals are produced according to customer drawings and international standards, making them suitable for OEM and aftermarket automotive applications worldwide.
Technical Specifications
Product Name: Brass Terminal with Screw
Product Type: Electrical Terminal / Automotive Terminal
Material Grades:
- IS 319 Brass
- CW614N Brass
- CW617N Brass
- CZ121 Brass
- C36000 Brass
- Lead-Free Brass (Available)
Screw Material:
- Brass Screw
- Steel Screw
- Stainless Steel Screw
- Nickel Plated Screw
Manufacturing Process:
- CNC Turning
- CNC Machining
- CNC Milling
- Drilling
- Tapping
- Threading
- Precision Assembly
Size Range:
- As Per Drawing
- Custom Sizes Available
Tolerance:
Surface Finish:
- Natural Brass
- Nickel Plated
- Tin Plated
- Silver Plated
- Zinc Plated
Electrical Conductivity:
- High Conductivity Brass Material
Operating Temperature:
Corrosion Resistance:
Standards Compliance:
- ISO Standards
- DIN Standards
- ASTM Standards
- ANSI Standards
- RoHS Compliant
- REACH Compliant
Features
- High Electrical Conductivity
- Secure Screw Clamping System
- Excellent Corrosion Resistance
- Vibration Resistant Design
- Precision CNC Machined
- High Mechanical Strength
- Long Service Life
- Reliable Electrical Contact
- Superior Surface Finish
- Easy Installation
- Custom Designs Available
- Suitable for OEM Applications
Applications
Brass Terminal with Screw is extensively used in:
- Automotive Wiring Harnesses
- Electric Vehicles (EV)
- Battery Terminals
- Fuse Boxes
- Starter Motor Connections
- Alternator Connections
- Electrical Junction Boxes
- Control Panels
- Switchgear Assemblies
- Industrial Machinery
- Power Distribution Systems
- Solar Electrical Systems
- Telecommunications Equipment
- Railway Electrical Systems
Industries Served
- Automotive Industry
- Electric Vehicle Industry
- Electrical & Electronics Industry
- Renewable Energy Industry
- Solar Industry
- Telecommunications Industry
- Railway Industry
- Industrial Automation Industry
- Marine Industry
- General Engineering Industry
Quality Assurance
Each Brass Terminal with Screw undergoes stringent quality inspections using calibrated measuring instruments, thread gauges, digital calipers, micrometers, and visual inspection systems to ensure consistent quality and performance. Material Test Certificates (MTC), RoHS Certificates, REACH Compliance, and Inspection Reports are available upon request.
Versatile Material SelectionSelect from a comprehensive list of premium brass materials, including CZ121, DZR brass, lead-free, and low-lead options, to meet diverse environmental and compliance requirements. Customized grades are available based on your exact specifications or engineering drawings, ensuring compatibility with automotive standards.
Precision Engineering for Automotive ApplicationsEach terminal undergoes precise CNC machining for turning, drilling, and threading, maintaining a strict tolerance of 0.05 mm. This attention to detail delivers reliable electrical connections and seamless integration within plastic molded automotive components.
Customization and Surface TreatmentsOur brass terminals are fully customizable in size, length, width, and height, with diameters like m8 or 10.5 mm readily available. Available in natural brass or plated with chrome or nickel for enhanced surface protection and appearance, we tailor our finish to fit your project's requirements.
FAQ's of Brass Terminals with Screw for Automotive Components:
Q: How are the brass terminals with screw customized for automotive components?
A: Brass terminals are manufactured based on buyer-provided specifications, including custom dimensions (length, width, height), threading, and diameter. Materials, surfaces, and tolerances are tailored to suit automotive component needs, ensuring a perfect fit.
Q: What materials are used in these brass terminals, and can I specify a grade?
A: We offer a wide range of materials, including CZ121, CZ132 (DZR), C36000, C46400, C69300 (lead-free), CW617N, and CW511L (low-lead). If you require a specific brass grade, we can accommodate custom requests as per your specifications or drawings.
Q: When should I opt for lead-free or DZR brass terminals?
A: Lead-free and DZR (Dezincification-Resistant) brass options are ideal for environments demanding enhanced corrosion resistance or compliance with environmental and safety regulations, particularly in automotive switchgear or plastic molding applications.
Q: Where are these terminals commonly used in the automotive industry?
A: These brass terminals are integral to automotive switch assemblies, wiring harnesses, and plastic molded components, offering secure electrical connections in vehicles. Their robust design ensures reliable use in temperature-rich environments.
Q: What surface finishes are available, and how do they benefit the component?
A: Available finishes include natural, chrome-plated, and nickel-plated surfaces. Plating enhances corrosion resistance, electrical conductivity, and aesthetic appearance, extending the service life of automotive components.
Q: How does the CNC machining process improve the quality of these fasteners?
A: CNC machining allows for high-precision turning, drilling, and threading, achieving tight tolerances of 0.05 mm. This results in consistently accurate, reliable parts suitable for demanding automotive applications.