JXSC Tanzania Tin Ore Processing Plant 5TPH-50TPH Capacity & Full Equipment List

If you're a mine owner or a plant manager in Africa looking to set up a tin ore processing line, you've probably faced this question: "What equipment do I actually need, and can I really process 5 to 50 tons per hour?"

Don't worry. I've been there with many customers from Tanzania, Nigeria, Rwanda, and the DRC. Today, I'm going to walk you through a real-world example: the JXSC Tanzania Tin Ore Processing Plant, from 5TPH to 50TPH capacity, with the full equipment list and how everything works together.

Let's start simple: tin ore is heavy. It's about 6.9-7.1 specific gravity. That's why gravity separation is your best friend. But to get the tin, you need to break down the clay, wash the ore, crush the rocks, and then concentrate the heavy tin particles.

Why Tanzania?

Tanzania is a hotspot for tin mining. The country has rich alluvial tin deposits, especially in the regions of Morogoro, Shinyanga, and Mbeya. Many small to medium-sized miners are looking for efficient, low-cost processing plants that can handle the local clay-rich ores.

Here's a real example: a customer from Morogoro came to us with a 15 TPH alluvial tin ore sample. The ore was 60% clay, mixed with gravel and some small boulders. After testing, we designed a 15 TPH mobile tin processing plant that included trommel scrubbing, jigging, and a shaking table. The result? Over 90% recovery rate.

But this works for other African countries too:

JXSC Tanzania Tin Ore Processing Plant: Standard Designs

5TPH – 10TPH: Alluvial Tin (Low Capacity, Mobile)

This is perfect for:

Fixed or Mobile? We strongly recommend mobile skid-mounted or trailer-mounted for 5-10TPH. It moves with the mining face. No need to rebuild your plant every month.

20TPH – 30TPH: Mixed Alluvial & Hard Rock Tin

This is the sweet spot for mid-scale miners.

40TPH – 50TPH: Medium to Large Scale

This is for serious investors.

Full Equipment List for a 20TPH Tin Plant (Standard)

Let's take a typical 20 TPH alluvial tin processing plant as an example. This is what JXSC typically supplies to Tanzania:

Note: For a 5TPH plant, we scale down. For 50TPH, we add multiple stages, sometimes with a primary jaw crusher if there's hard rock.

How It Works: Step-by-Step

Step 1: Feeding & Washing Ore goes into the hopper. Vibrating feeder sends it to the trommel scrubber. Water jets inside the trommel break down the clay. Oversize gravel (+20mm) is rejected. –10mm slurry goes to the screen.

Step 2: Screening & Classification The vibrating screen classifies the material. The +10mm fraction is typically waste (unless it contains coarse tin). The -10mm fraction flows to the jig.

Step 3: Jigging (Primary Concentration) The sawtooth jig is the workhorse. It uses pulsating water to separate heavy tin from light gangue. The heavy concentrate is collected at the bottom. This step recovers about 85-90% of the tin.

Step 4: Spiral Concentration (Upgrading) The jig concentrate goes to spiral concentrators. Spirals are low-cost and efficient. They produce a "middling" and a "concentrate". The concentrate is about 20-30% Sn at this point.

Step 5: Shaking Table (Final Cleanup) This is where the "good stuff" happens. The shaking table produces a high-grade tin concentrate (60-70% Sn) and a tailing. The tailing can be recycled or re-processed.

Which Ores Can This Plant Handle?

This plant is designed for alluvial tin ore primarily. But with small modifications, it handles:

If you have hard rock tin ore (primary tin), we add:

Advantages of This Design

High recovery: Up to 93% for alluvial tin
Low operating cost: No chemicals, no mercury. Just water and gravity.
Modular: Can be expanded from 5TPH to 50TPH by adding modules

Mobile options: Skid-mounted for easy relocation
Low maintenance: Simple machines, easy to find spare parts in Tanzania
Fast payback: For 20TPH plant, ROI is typically 6-10 months

Daily Operation & Maintenance

Before Each Shift (10 minutes)

During Operation

Weekly

Monthly

Comparison with Other Equipment

Our combination of jig + spiral + shaking table is the most cost-effective. A "jig-only" or "spiral-only" plant leaves too much fine tin in the tailing.

Application Scenarios Summary

Scenario A: Small Prospector (5TPH)

Scenario B: Mid-Scale Miner (20TPH)

Scenario C: Large-Scale Investor (50TPH)

Final Thoughts

If you're in Tanzania or anywhere in Africa looking to set up a tin ore processing plant, don't just buy random equipment. Your plant's design depends on your ore's unique characteristics: clay content, particle size, mineral association.

That's why I always recommend: send us a 50-100kg sample first. Let JXSC test it in our lab. We'll give you a complete flowchart, equipment list, and budget. Then you decide.

And remember: a 20TPH plant from JXSC, with proper operation, can make you back your investment in less than a year. That's not marketing talk. I've seen it happen in Morogoro, Shinyanga, and Katanga.

Need a quote? Just ｄｒｏｐ me a message. I'll send you the detailed equipment list and layout drawing tailored for your site.

– From the team at Jiangxi Changshan Mining Equipment Manufacturing Company (JXSC)