Conveyor Belt Demand: Saudi Mining 2027 Outlook | BEDROCK

Saudi Arabia's Mining Outlook for 2027: What Rising Ore and Aggregate Volumes Mean for Conveyor Belt Demand

Short answer: Saudi Arabia issued 80 new mining licences in March 2026 — more than double the 38 issued in February — bringing active licences to 3,017, of which 1,571 are building-materials quarry permits. Ma'aden has signalled roughly USD 110 billion of investment over the next decade, and millions of tonnes of rare-earth and uranium ore were confirmed in September 2026. For equipment buyers, the practical consequence is straightforward: more ore, more aggregate and more long-distance conveying — which shifts conveyor belt specification, splicing quality and maintenance planning from a purchasing detail to a production-critical decision.

That is the context behind a question BEDROCK receives more often than any other from operators in Dammam, Riyadh, Najran and the Eastern Province: how do we specify a belt that survives Saudi operating conditions and does not stop the line? This article sets out what changed in the Kingdom's mining and heavy-industry pipeline during 2026, and what it means for conveyor belt selection and maintenance through 2027.

What Actually Changed in Saudi Mining in 2026

Saudi Arabia is deliberately building mining into the third pillar of its economy alongside oil and petrochemicals. In 2026 that ambition moved from policy language into licence counts, capital raises and drill results.

Licence volume accelerated sharply

The Ministry of Industry and Mineral Resources issued 80 new mining licences in March 2026, up from 38 in February, according to ministry data reported by Arab News. The March batch included 49 exploration licences, 20 building-materials quarry licences, eight small-scale mining exploitation licences, two reconnaissance permits and one surplus mineral ore licence.

Total active mining licences in the Kingdom reached 3,017 by the end of March 2026 — 1,571 building-materials quarry licences, 1,075 exploration licences, 285 small-scale mining licences, 76 reconnaissance permits and 10 surplus mineral ore licences. The quarry licence figure matters commercially: building-materials quarrying is one of the most conveyor-intensive segments in the entire mining sector, because crushed stone moves between crusher, screen, stockpile and loading point on continuous belts.

Capital is following the licences

The year's financial signals point the same way. Saudi miner Amak proposed a SAR680 million (USD 181 million) rights issue to fund expansion, after discovering new copper, zinc, gold and silver reserves in the Najran region (AGBI). Ma'aden raised USD 1 billion in August 2026 to support growth plans, and its CEO Bob Wilt told the Future Minerals Forum that the company plans to invest USD 110 billion over the next decade — described as the largest capital programme in the history of mining.

New ore bodies keep entering the pipeline

In September 2026, Saudi Arabia confirmed the discovery of millions of tonnes of rare-earth and uranium ores (AGBI). The Kingdom is working to unlock an estimated USD 2.5 trillion in untapped mineral resources, including gold, zinc, phosphate and battery-critical minerals.

Each of these developments converts, eventually, into the same physical requirements: crushing circuits, transfer towers, stockyards and the conveying systems that connect them.

Why Bulk Material Handling Is the First Constraint to Appear

When a mining or quarry project accelerates, the visible investments are drilling rigs, haul trucks and processing plants. The quieter constraint is material transfer. A crusher only produces what the belt downstream of it can carry away.

Bulk material handling is the first constraint to appear for three structural reasons.

Continuous flow has no buffer. Haul trucks queue and can be added; a conveyor line is a single continuous chain. If the primary belt stops, the crusher stops, the screen stops and the loading point starves. There is no practical way to buffer tens of thousands of tonnes per day between stages.

Capacity is designed once and operated for years. Belt width, speed, trough angle and carcass strength are fixed at the design stage. Under-sizing the belt to save capital cost is difficult and expensive to reverse later, because correcting it usually means changing idlers, pulleys and structural steel — not just the belt.

Wear is a function of tonnage, not of time. Saudi quarry and mining operations frequently run long shifts, which means belt wear is driven by cumulative tonnes conveyed. A belt that performs acceptably in a short pilot campaign can behave very differently after twelve months of continuous abrasive loading.

This is why, in our experience across quarry and cement operations in the Kingdom, downtime is rarely caused by the belt alone. It is caused by the belt interacting with loading points, idlers, pulleys, tension and alignment.

Inside the 2027 Pipeline: What the January Forum Signals

BEDROCK reviewed the expansion trend earlier in 2026 in Saudi Mining Expansion Creates New Conveyor Belt Opportunities. This update covers what has changed since then — the licence data, the capital raises and the 2027 event calendar — and what those changes mean for belt specification and maintenance planning.

The next major checkpoint for Saudi mining is the Future Minerals Forum 2027, scheduled for 12–14 January 2027 at the King Abdulaziz International Conference Center in Riyadh. The event's own figures show how quickly the Kingdom's minerals agenda has scaled: attendance grew from 3,700 in 2022 to 21,500 in 2026, sponsors and exhibitors from 35 to 274, and memoranda of understanding from 5 to 132, with more than USD 25 billion in capital aligned through the platform.

For suppliers and buyers of conveyor equipment, three signals are worth watching as the forum approaches.

Downstream processing is being built, not just explored. Rare-earth, phosphate and base-metal projects require concentration and processing steps, and each of those steps — crushing, milling, thickening, tailings handling — depends on conveying and transfer systems.

Quarry and construction demand runs in parallel. Building-materials quarry licences dominate the active licence total, feeding cement plants, ready-mix batching plants and building-material factories. These are exactly the applications where BEDROCK already supplies belts: quarry and crusher lines, cement production and concrete batching plants.

Local content expectations are rising. Since imported equipment must be integrated by local teams, technical support, spare-parts availability and response time increasingly weigh as heavily in procurement decisions as unit price.

The Four Saudi Operating Conditions That Shorten Conveyor Belt Life

Saudi Arabia is not a generic conveyor market. Four conditions combine here in a way that shortens belt life relative to temperate-climate installations.

Two operational factors amplify all four: long operating hours, which compress wear into a short calendar period, and long conveying distances, which make manual inspection of every component impractical on a daily basis.

The practical implication is that belt selection in Saudi Arabia should be driven by the combination of material abrasiveness, loading impact and ambient temperature — not by tonnage alone. A belt specified for the wrong combination of these factors can fail long before its nominal service life.

A Conveyor Belt Selection Checklist for Saudi Operations

Selection is where most of the total cost of ownership is decided. The following checklist reflects the questions BEDROCK engineers work through with quarry, cement and batching-plant customers in the Kingdom.

Step 1 — Define the duty, not just the product

Start with material characteristics and operating conditions: bulk density, lump size, abrasiveness, moisture, temperature of the material, and the ambient temperature range on site. Then define tonnage per hour, incline, conveyor length and drive arrangement. Belt tension requirements follow from these inputs, not from a rule of thumb.

Step 2 — Match carcass strength and cover grade to the duty

Carcass construction (ply count and type, or steel cord) determines tensile strength and troughability, while cover grade determines resistance to abrasion, heat and cutting. In Saudi quarry and crusher applications, the objective is usually to pair a higher-strength carcass with an abrasion-resistant cover so that the belt survives impact at the loading point and the abrasive stream along the full length. For hot-material applications — clinker and similar — heat-resistant cover compounds are required, and standard compounds are not a substitute.

Step 3 — Treat the splice as an engineered component

A conveyor belt is only as strong as its joint. For demanding applications, hot vulcanized splicing restores a high percentage of the belt's own strength, whereas mechanical fasteners introduce a deliberate weak point and a recurring inspection burden. Splice efficiency, splice geometry and curing discipline determine whether the joint outlives the belt body or becomes the first failure point.

Step 4 — Check the system around the belt

Misalignment, poor material loading, worn idlers, damaged pulley lagging and incorrect tension all accelerate belt wear, and none of them are fixed by buying a better belt. Reviewing loading conditions, tracking and component condition alongside belt selection is often the cheapest available improvement in belt life.

Step 5 — Plan for verification, not just delivery

Ask what data will confirm the belt is performing as intended: running hours, tonnes conveyed, measured cover wear and splice condition at defined intervals. Belt performance that is not measured cannot be optimised, and warranty discussions become difficult when there is no operating record.

Where Belt Cost Is Really Lost: Splicing and Maintenance Discipline

In practice, the largest avoidable cost in a Saudi conveyor operation is rarely the purchase price of the belt. It is unplanned downtime and premature replacement caused by splice failure or by mechanical problems that were visible before they became failures.

International standards exist precisely because splice and belt design is an engineering discipline rather than a workshop habit. ISO 15236-1:2016 specifies design, dimensional and mechanical requirements for steel cord conveyor belts used in general applications, and splice dimensioning must account for reduced joint strength relative to the belt body. Operators who specify to a recognised standard give themselves a defensible baseline when comparing offers from different suppliers.

A documented Saudi example shows how much is achievable through selection and splicing rather than through buying a different product category. In a quarry application, the original belt achieved a service life of only two to three months under abrasive stone impact. After BEDROCK specified an EP900/3-ply, 20 MPa belt paired with a locally hot-vulcanized joint, service life was extended to approximately one year — with the same material and the same conveyor. The change was specification and jointing, not tonnage.

That outcome is consistent with the wider point of this article: as Saudi ore and aggregate volumes rise, the returns from correct belt selection, disciplined splicing and measured maintenance rise with them. They are also the levers most directly under an operator's control.

What This Means for Procurement Teams in the Kingdom

Three practical conclusions follow from the 2026 pipeline data.

Volume growth will pressure maintenance teams first. Licence growth and capital deployment translate into more operating conveyors, more transfer points and more wear surfaces, while maintenance headcount rarely grows at the same rate. Belt solutions that reduce inspection frequency and extend replacement intervals have a direct operational value that does not appear in a unit-price comparison.

Technical support is part of the product. Because a belt's performance depends on loading conditions, tension, alignment and splicing, suppliers who can support selection, installation and follow-up materially change outcomes. A belt delivered without specification support is an unfinished product.

Availability is a real cost line. A belt that arrives late, or a splice that cannot be executed on schedule, costs production time. Local stock, local splicing capability and a defined response mechanism reduce the exposure that a purely price-based comparison ignores.

For teams building 2027 maintenance and procurement plans, the sensible sequence is: measure current wear and splice performance, correct the loading points and tracking issues that are accelerating wear, then specify replacement belts against the measured duty rather than against the previous purchase order.

How BEDROCK Supports Conveyor Operations in Saudi Arabia

BEDROCK is a conveyor system solutions provider based in Dammam, serving mining, quarry, cement, concrete batching and building-material customers across the Kingdom. We combine a 16-year engineering and manufacturing base in Ningbo — operating as KILOMEGA, with a focus on conveyor belt material development and process optimisation — with a Saudi-based technical and service team.

In practice, that means four things for a Saudi operator.

Selection matched to your duty. Belt ply count, cover grade and joint method are specified against your material, temperature, impact conditions and conveyor configuration — not taken from a generic catalogue page.

Splicing done properly. Our engineers carry out hot vulcanized jointing with a target splice efficiency above 90%, and we can attend site to ensure the joint is executed correctly the first time.

Local response. Remote technical support within 24 hours for operational questions, a defined on-site response path for downtime events, and a local spare-parts stock in Saudi Arabia for critical components.

Follow-up after delivery. Performance tracking during use, so that wear and splice condition are reviewed against expectations and the belt specification can be optimised at the next replacement.

Our product range is built for these applications: industrial conveyor belts for quarry, crusher, cement, batching, tile and chemical duty, supported by full-cycle technical services from selection through installation and performance tracking.

Planning a 2027 belt specification or a splice programme? Send us your material type, tonnage per hour, conveyor length and current belt specification, and our engineers will respond with a specification recommendation and a joint plan.

Contact BEDROCK WhatsApp: +966 56 171 7029 · Email: [email protected] · Website: www.bedrockco.sa · Salman Farisi St., Khalidiyah Al-Janubiyah, Dammam, Saudi Arabia

Frequently Asked Questions

How do I choose a conveyor belt for a quarry in Saudi Arabia?

Start with the duty: bulk density, lump size, abrasiveness, moisture and material temperature, then tonnage per hour, incline and conveyor length. Those inputs determine belt tension and therefore carcass strength (ply count and type) and cover grade. In Saudi quarry and crusher lines, the usual requirement is a higher-strength carcass combined with an abrasion-resistant cover, because the belt must survive impact at the loading point and abrasive wear along its full length. If the material is hot, a heat-resistant cover compound is required. Specification should be done against actual site conditions rather than by copying a previous purchase order.

How long should a conveyor belt last in Saudi mining and quarry conditions?

Service life depends on material abrasiveness, load, operating hours and maintenance standards, and it varies widely between sites. As a working reference from BEDROCK's Saudi project experience, belts under normal conditions and with proper maintenance are typically designed to last one to two years. In a documented quarry case, service life was extended from two to three months to approximately one year after the belt specification and jointing method were corrected — the change came from specification and splicing, not from a different category of product.

What is hot vulcanized splicing, and why does it matter more than belt brand?

Hot vulcanized splicing joins two belt ends by building up the carcass and cover layers and curing the joint under heat and pressure. Done correctly, it restores a high proportion of the belt's own strength — our engineers work to a target splice efficiency above 90% — whereas mechanical fasteners intentionally introduce a weaker, inspectable joint. In practice the splice is the first place many belts fail, so a premium belt joined poorly can perform worse than a standard belt joined well. Splice geometry, cleanliness, curing time and pressure discipline all determine the result.

Are steel cord conveyor belts covered by an international standard?

Yes. ISO 15236-1:2016 specifies the performance and constructional requirements for conveyor belts with steel cords running longitudinally as reinforcement, covering design and dimensional rules as well as mechanical requirements, and the standard remains current following its 2022 review confirmation. Splice dimensioning must take into account the reduced strength of the joint compared with the belt body. Specifying against a recognised standard gives buyers an objective baseline when comparing quotations from different suppliers.

Do I need a different belt specification for Saudi Arabia's high ambient temperature?

Ambient and material temperature affect both cover compound and splice adhesion, so they must be part of the specification input rather than an afterthought. High ambient temperature can accelerate cover hardening and cracking and can compromise splice adhesion, while hot conveyed material — clinker, for example — requires a heat-resistant cover compound that standard compounds cannot substitute for. The correct approach is to state both the maximum material temperature and the site's ambient temperature range when requesting a belt specification.

Can a conveyor belt supplier provide local support and spare parts in Saudi Arabia?

This is one of the most practical differences between suppliers. Support capability matters because belt performance depends on loading conditions, tension, alignment and splicing, all of which require engineering input rather than a catalogue selection. BEDROCK provides remote technical support within 24 hours for operational questions, attends site for critical downtime issues, maintains a local spare-parts stock in Saudi Arabia for critical components, and follows up with performance tracking during use.

How will the 2027 Saudi mining pipeline affect conveyor equipment demand?

The direction of travel is toward more conveying, over longer distances, in more demanding duty. Building-materials quarry licences dominate active licences in the Kingdom — 1,571 of 3,017 by the end of March 2026 — and each quarry feeds crushers, screens and stockpiles that depend on belt conveyors. Exploration programmes, including rare-earth and uranium discoveries confirmed in September 2026, will convert into processing plants as projects advance. For buyers, the practical response is to specify belts against measured duty, secure splicing capability, and plan maintenance around tonnage rather than calendar time.

What information should I send a supplier to get an accurate conveyor belt quotation?

Send material type and characteristics (bulk density, lump size, abrasiveness, moisture, temperature), required tonnage per hour, conveyor length and incline, belt width and speed, drive and pulley arrangement, and the current belt specification if a replacement is being sourced. Photos of the loading point, the current belt wear pattern and the splice condition are also highly useful, because they reveal whether the previous failure was caused by the belt itself or by the system around it. With those inputs, a supplier can recommend carcass strength, cover grade and joint method in a single pass.

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