The Future of Brick Manufacturing in the UK (And What It Means for Insurance)

Meta description: Explore how UK brick manufacturing is changing—energy costs, low-carbon production, automation, and supply chain shifts—and what that means for insurance: property, business interruption, liability, environmental, and cyber cover.

Introduction: a traditional industry under modern pressure

Brick manufacturing is one of the UK’s most established industrial sectors, but it’s also one of the most exposed to today’s big shifts: energy volatility, decarbonisation targets, labour constraints, and tighter expectations from customers and regulators.

For brickmakers, the next decade is likely to bring major investment in plant upgrades, new fuels, more automation, and more complex supply chains. For insurers (and brokers), it means the risk profile of brick manufacturing will keep evolving—sometimes in ways that reduce risk, and sometimes in ways that introduce new failure points.

This guide looks at where brick manufacturing is heading in the UK, the risks that are likely to increase or change, and the insurance decisions that can help businesses stay resilient.

1) What’s driving change in UK brick manufacturing?

Several forces are pushing brick manufacturers to rethink how they operate.

• Energy costs and security of supply: Brickmaking is energy-intensive, especially kiln operations. Volatile gas and electricity pricing can quickly change production economics.
• Decarbonisation and ESG pressure: Customers, investors, and procurement frameworks increasingly expect lower-carbon materials and transparent reporting.
• Planning and housing demand cycles: Construction demand in the UK can swing with interest rates, policy changes, and large infrastructure projects.
• Skills shortages: Maintenance engineers, kiln specialists, and process technicians are hard to replace.
• Supply chain fragility: Clay sourcing, spare parts availability, and transport capacity all affect output.

These drivers matter for insurance because they influence frequency and severity of claims—especially fire, machinery breakdown, business interruption, and liability.

2) The low-carbon transition: new fuels, new processes, new exposures

Decarbonising brick production isn’t just a PR exercise. It can involve real changes to plant design and operating conditions.

Likely changes you’ll see

• Kiln upgrades and heat recovery: Improving thermal efficiency, adding heat exchangers, and optimising firing cycles.
• Alternative fuels: Increased use of biomass, hydrogen blends, electrification in parts of the process, or other lower-carbon options.
• On-site renewables and storage: Solar, battery storage, and potentially private-wire arrangements.
• Material innovation: Adjusting clay blends, additives, or product design to reduce firing time or temperature.

What this means for risk

• Fire and explosion risk may change: Alternative fuels and new storage systems can introduce different ignition sources and failure modes.
• Commissioning and testing risk increases: Major plant changes often create a short-term spike in loss potential during installation and ramp-up.
• Supply chain dependencies grow: If a new fuel supply is limited or a specialist component fails, downtime can be longer.

Insurance considerations

• Engineering surveys become more important: Insurers may want evidence of process safety management, maintenance regimes, and change control.
• Business interruption (BI) needs careful review: Indemnity periods may need to be longer if replacement parts are specialist or imported.
• Contract works / erection all risks (EAR): If you’re upgrading kilns, conveyors, or energy systems, project insurance should be aligned with your main property programme.

3) Automation and “smart factories”: efficiency gains with cyber and systems risk

Brick plants are increasingly adopting automation to improve throughput, reduce waste, and manage labour constraints.

Common developments

• Automated handling and packaging: Robotics and automated palletising.
• Sensors and predictive maintenance: Monitoring vibration, temperature, and wear to prevent breakdown.
• SCADA and PLC upgrades: Modern control systems for kilns and production lines.
• Remote access for suppliers: OEMs and engineers supporting equipment remotely.

What this means for risk

• Single points of failure: A control system fault can stop production just as effectively as a physical breakdown.
• Cyber incidents can become BI incidents: Ransomware, credential theft, or misconfigurations can halt operations.
• Human error shifts rather than disappears: Fewer manual tasks, but more reliance on correct system settings and change management.

Insurance considerations

• Cyber insurance becomes operational, not optional: Look for cover that includes business interruption, incident response, and system restoration.
• Machinery breakdown and BI should “talk to each other”: If a PLC failure causes a kiln shutdown, you want clarity on which policy responds.
• Supplier risk needs mapping: If a key OEM provides remote monitoring, what happens if they’re compromised or unavailable?

4) Fire risk: still the headline exposure for brick manufacturing

Even as processes modernise, fire remains one of the most severe loss scenarios for brick plants.

Why fire remains a top concern

• High temperatures and continuous operations: Kilns run hot and often continuously.
• Dust and combustible materials: Packaging areas, maintenance workshops, and storage can introduce combustible load.
• Electrical and mechanical ignition sources: Motors, bearings, conveyors, and switchgear.
• Hot works: Repairs and modifications can increase risk if controls are weak.

Practical steps insurers like to see

• Formal hot works permits and supervision
• Thermal imaging and condition monitoring
• Housekeeping standards and dust management
• Fire detection and suppression appropriate to the plant
• Separation of critical assets and protected cable routes

Insurance considerations

• Property sums insured and reinstatement costs: Inflation and specialist rebuild costs can create underinsurance.
• BI indemnity period: Rebuilding a kiln or sourcing specialist components can take many months.
• Claims preparation: Having clear asset registers, maintenance logs, and process documentation speeds up claims.

5) Machinery breakdown and supply chain: the hidden BI drivers

Brick manufacturing relies on a chain of equipment where one failure can stop the line.

Typical critical equipment

• Crushers and grinders
• Extruders and presses
• Dryers
• Kilns and burners
• Conveyors and automated handling
• Compressors and utilities

What’s changing

• More complex equipment: Higher efficiency often means tighter tolerances and more electronics.
• Longer lead times: Specialist parts, international suppliers, and limited manufacturing capacity.

Insurance considerations

• Machinery breakdown cover (engineering): Ensure it includes sudden and unforeseen damage and is aligned with your maintenance approach.
• BI extensions: Consider contingent BI (supplier/customer), utilities cover, and increased cost of working.
• Spare parts strategy: Insurers may look favourably on critical spares held on-site.

6) Environmental and regulatory pressure: emissions, waste, and site liability

Brick plants can face environmental exposures linked to emissions, waste handling, and site contamination.

Key areas

• Air emissions compliance: Changes to fuels or processes can affect emissions profiles.
• Waste and by-products: Handling, storage, and disposal arrangements.
• Pollution incidents: Spills, run-off, or accidental releases.

Insurance considerations

• Environmental impairment liability (EIL): Useful where there’s potential for third-party claims, clean-up costs, or regulatory action.
• Public liability limits: Review limits in light of site footprint, visitor exposure, and transport movements.
• Directors’ and officers’ (D&O): For larger groups, governance and reporting pressures can increase personal exposure.

7) Product and liability risk: performance expectations and modern construction methods

Bricks are a mature product, but expectations around performance, traceability, and consistency are rising.

What’s changing

• More scrutiny on quality and certification: Especially where bricks are used in regulated builds.
• Modern methods of construction (MMC): Different interfaces, tolerances, and installation methods.
• Sustainability claims: “Low carbon” or “eco” claims must be accurate and supportable.

Insurance considerations

• Products liability: Ensure it covers the full range of products and territories supplied.
• Product recall / withdrawal: Not always included by default—worth exploring depending on distribution.
• Professional indemnity (PI): If you provide design advice, specifications, or technical consultancy, PI may be relevant.

8) Transport and logistics: more movement, more exposure

Brick manufacturing is tied closely to logistics—both inbound (raw materials, fuels) and outbound (finished goods).

Risks to watch

• Fleet incidents and third-party injury/property damage
• Load security and goods in transit damage
• Driver availability and subcontractor reliance

Insurance considerations

• Motor fleet or commercial vehicle cover: Ensure correct vehicle types, radius, and driver profile.
• Goods in transit: Particularly if you deliver direct to sites.
• Contractual risk transfer: Check haulage contracts and responsibilities for loading/unloading.

9) The insurance programme: what “good” looks like for a UK brick manufacturer

A strong insurance programme isn’t just a list of policies. It’s a joined-up approach that reflects how the plant actually runs.

Core covers to review

• Property damage: Buildings, plant, stock, and specialist equipment.
• Business interruption: Gross profit, increased cost of working, and realistic indemnity periods.
• Engineering / machinery breakdown: Including kilns, utilities, and critical process equipment.
• Employers’ liability: A legal requirement, but limits and risk management still matter.
• Public and products liability: Including loading/unloading and off-site risks.
• Environmental liability (EIL): Where pollution exposure exists.
• Cyber insurance: Especially where production relies on connected systems.
• Contract works / project cover: For upgrades, expansions, and energy transition projects.

Common gaps we see

• BI indemnity period too short for kiln rebuilds or specialist parts
• Underinsurance due to outdated reinstatement valuations
• Cyber cover that excludes operational technology (OT) impacts
• Contract works not aligned with main property policy
• Supplier dependencies not reflected in BI extensions

10) How to prepare for underwriting (and get better terms)

Insurers price risk based on what they can see and trust. The more clearly you can demonstrate control, the better.

Practical underwriting “wins”

• Up-to-date reinstatement valuations and asset schedules
• Documented maintenance and inspection regimes
• Fire risk assessment and evidence of improvements
• Hot works controls and contractor management
• Business continuity planning (including spares and alternative production options)
• Cyber basics: MFA, backups, patching, and controlled remote access

Conclusion: the future is invest-to-survive—and insure-to-stay-resilient

UK brick manufacturing isn’t disappearing, but it is changing. Lower-carbon production, smarter plants, and more complex supply chains can strengthen competitiveness—but they also reshape risk.

If you’re investing in new kilns, alternative fuels, automation, or expansion, your insurance should evolve at the same pace. The right cover, structured properly, can protect cashflow, support lender requirements, and help you recover faster when something goes wrong.

Need a quick review of your current cover? If you’re a UK brick manufacturer (or a supplier supporting the sector), we can sense-check your insurance programme, highlight common gaps, and help you align cover with your operational plans. Speak to a specialist broker and get a practical, no-nonsense view of your risk and options.

FAQs: The Future of Brick Manufacturing and Insurance

Do brick manufacturers need specialist insurance?

Often, yes. The combination of high-temperature processes, heavy machinery, and business interruption exposure usually benefits from specialist underwriting and engineering input.

What’s the biggest insurance risk for a brick plant?

Fire and business interruption are typically the most severe. A major fire or kiln failure can stop production for months.

Will decarbonisation projects affect insurance?

They can. Plant upgrades, new fuels, and commissioning phases can change risk. It’s important to tell your broker and insurer early so cover stays valid and adequate.

Is cyber insurance relevant to manufacturing?

Increasingly, yes. If production depends on control systems, a cyber incident can cause downtime and financial loss.

How long should a business interruption indemnity period be?

It depends on your plant, but brick manufacturing can require longer periods due to specialist equipment lead times. Many businesses underestimate how long full recovery can take.