Lead-Acid Battery Grid & Plate Production Equipment

Overview

Two key stages in battery making

In a lead-acid battery factory, two stages decide a great deal of the final quality: making the grid, and turning it into a plate. The grid is a lead alloy framework that carries current; the plate is that grid filled with active paste. Our equipment focuses on these two stages.

What the equipment covers

Grid making can be done by casting or other grid-forming processes, depending on plate type. Plate making then applies paste to the grid and prepares it for later curing and drying. Exactly which machines you need depends on the battery type, plate thickness, alloy and the volume you plan to make.

Not a full factory by default

A complete plant also needs lead powder production, paste mixing, curing, plate processing, assembly, formation and charging, packing and environmental control. We treat these as separate stages. We can quote any of them or advise on the complete plant, but we do not assume that a quote for grids and plates includes the rest.

Safety and environment

Lead processing requires fume extraction, dust control, worker protection and proper waste handling. These items are planned during design, and local regulations must be followed. Equipment details cannot replace a site safety assessment.

What defines the configuration

Battery type (automotive, industrial or standby), plate dimensions and thickness, alloy, hourly or daily output, degree of automation, and the stages before and after. Send your plate drawing and output target and our engineers propose the machines and layout.

Support

Molds, spare parts and training can be supplied, and our team supports installation and start-up as agreed.

Inquiry and quotation

Each quotation comes with a written scope, drawings or a specification, and a clear list of what is and is not included. The quote checklist below shows what to put in your inquiry.

Compared with the cable extrusion line

Battery plate equipment is built from many separate machines, each with its own cycle: a caster, a paste mixer, a pasting line, curing rooms, formation tanks. A fault in one cell stops the machine, not the whole plant, but the process still needs careful scheduling, because curing and formation take hours rather than seconds. A cable extrusion line is one continuous machine run by a small crew.

The second difference is environmental load. Lead dust and fume need capture at casting, mixing and pasting, and wastewater from formation and washing needs treatment before discharge. We treat these systems as part of the plant, not as an afterthought. Battery type (starter, motive power or standby), plate sizes and the daily plate count set the casting, pasting and curing capacity, which are sized in balance.