Aluminium Screw Rivet 3/16" Pack of 1000

Aluminium Screw Rivet 3/16" Pack of 1000

The Aluminium Screw Rivet 3/16" Pack of 1000 is a production-oriented aluminium screw-rivet pack for battery enclosures, electrical brackets and lithium battery assembly work. Its 3/16 inch screw-rivet format gives pack builders a lightweight, practical fastening option for repeated mechanical assembly in EV, ESS, inverter-battery and electronics applications.

This aluminium screw rivet is supplied as a bulk 1,000-piece pack, making it well suited to battery manufacturing, enclosure assembly and maintenance environments where the same fastener is used repeatedly. The 3/16 inch nominal size is a common compact fastening format for sheet-metal parts, brackets, accessory mounts and battery-box hardware. In lithium battery production it can be used around BMS mounting points, fuse and connector brackets, enclosure panels and supporting hardware where a screw-rivet style fastener is part of the mechanical design.

Aluminium keeps the fastener lightweight while providing a practical mechanical solution for assembly work. The screw-rivet format combines rivet-style retention with a threaded or screw-operated fastening concept, helping production teams create neat mechanical joints without adding bulky traditional hardware. The 1K pack size also supports line-side inventory control for OEM and contract battery assembly. Because the fastener is a mechanical component rather than an electrical conductor, its main value is secure hardware retention, repeatable assembly and compact installation around battery enclosures and electrical accessories.

The Aluminium Screw Rivet 3/16" Pack of 1000 is suited to battery boxes, brackets and panel assemblies designed around a 3/16 inch screw-rivet fastening point. It can be integrated into lithium-ion and LiFePO4 pack enclosures, power-electronics boxes and industrial battery fixtures where aluminium fastening hardware is preferred. Its bulk packaging is particularly useful for production lines, repair teams and service centers that require repeatable mechanical fastening across many battery assemblies.

Applications

• Battery enclosure and metal-box assembly for lithium battery packs.

• BMS, fuse-holder, connector and accessory mounting inside battery systems.

• EV and e-mobility battery-pack fabrication where lightweight mechanical fastening is preferred.

• ESS, inverter and solar-battery enclosure assembly on production lines.

• Battery repair, service and prototyping work requiring replaceable aluminium fastening hardware.

Installation Guide

Position the component squarely on clean battery terminals or enclosure hardware and keep polarity clearly identified throughout assembly. Use the battery-cell or enclosure manufacturer's specified fastener stack and tightening torque so the connection remains mechanically stable without stressing the terminal. Keep conductive tools insulated around energized cells and prevent loose hardware from falling across adjacent terminals.

After assembly, inspect the connection for full seating, alignment and secure fastening. For busbars and terminals, a clean contact surface and firm mechanical joint support efficient current transfer. For enclosure fasteners, ensure the mounted hardware sits flush and does not interfere with insulation, wiring or nearby cells. A final visual inspection and controlled pack test help maintain consistent production quality.

For volume production, standardize the busbar or fastener part number in the battery BOM so the same geometry and hardware are used across every pack. This improves repeatability during assembly, service and future replacement work.

Why Choose ARB Accessories?

ARB Accessories supplies battery-pack interconnects, busbars, terminals, fasteners and related lithium battery hardware for Indian pack assemblers, OEMs, EV builders, solar and ESS manufacturers, service teams and custom battery projects. The Aluminium Screw Rivet 3/16" Pack of 1000 gives buyers a ready-to-source component for battery-module production while allowing related BMS, cells, wires, terminals, connectors, insulation and enclosure hardware to be purchased from the same specialist supplier. This makes it practical for both prototype quantities and repeat battery-pack manufacturing requirements.