Plastics Rubber Factory Insurance Malaysia | P&E Coverage Guide
Plastics and rubber factories face elevated fire risks from flammable materials, high processing temperatures, and hydraulic oil systems. This guide covers the complete P&E insurance programme for injection moulding, extrusion, blow moulding, and rubber manufacturing operations in Malaysia. Published Date: 2026-02-14

Malaysia's plastics and rubber sector employs over 300,000 workers across thousands of factories, from small injection moulding shops in Klang to large tyre manufacturing complexes in Johor. These factories share a common problem: they process flammable materials at high temperatures using machinery that contains hundreds of litres of hydraulic oil. One overheated barrel, one hydraulic line burst, and the entire factory can be engulfed within minutes.
This guide covers the complete property and engineering (P&E) insurance programme for plastics and rubber manufacturing facilities in Malaysia, including the specific fire risks, machinery breakdown exposures, and business interruption challenges that make this sector different from other manufacturing.
You'll find:
- Why plastics and rubber factories are classified as high fire risk
- The complete P&E policy stack and how each policy protects different assets
- Machinery breakdown coverage for injection moulding, extrusion, and rubber processing equipment
- IAR vs fire insurance: which one your factory needs and when
- Business interruption exposure and the mould replacement problem
- Premium factors and cost reduction strategies
- Three claim scenarios with RM breakdowns
Why Plastics and Rubber Factories Are High Fire Risk
Insurers classify plastics and rubber manufacturing as elevated fire risk, and the claims data supports this. The combination of flammable raw materials, high processing temperatures, and hydraulic oil systems creates multiple ignition scenarios that standard fire protection may not fully control.
| Fire Hazard | Source | How It Starts | Severity |
|---|---|---|---|
| Hydraulic oil fire | Injection moulding machines (200-1,000L oil per machine) | High-pressure hose burst sprays oil onto hot barrel/heater bands | Very high: atomised oil ignites instantly, intense fire |
| Overheated barrel/die | Extrusion, injection moulding | Heater band malfunction or thermocouple failure causes overheating; polymer degrades and ignites | Moderate to high: can spread to raw material storage |
| Dust explosion | Grinding, recycling, powder compounding | Fine plastic or rubber dust accumulates; spark from static or equipment ignites dust cloud | Very high: explosive force can destroy structures |
| Raw material fire | Resin storage (PE, PP, PS, ABS), rubber compound storage | External ignition source (electrical fault, hot work); plastics burn intensely with toxic smoke | High: large fuel load, difficult to extinguish |
| Solvent fire | Printing, coating, cleaning operations | Solvent vapours from open containers or spills reach ignition source | High: rapid flame spread, flash fire potential |
| Rubber mixing heat | Banbury mixers, open mills | Friction heat during mixing exceeds compound scorch temperature; batch ignites | Moderate: intense heat but usually contained to mixing area |
| Electrical fire | Ageing wiring, overloaded circuits, control panels | Short circuit or overheating in electrical panel near combustible materials | Variable: depends on proximity to combustible storage |
The hydraulic oil fire is the signature risk of plastics manufacturing. A factory with 20 injection moulding machines contains 4,000 to 20,000 litres of hydraulic oil. When a high-pressure hose bursts (and they do, regularly), the oil sprays onto surfaces that are already at 200-300°C. The resulting fire is intense, fast-spreading, and extremely difficult to control with standard portable extinguishers.
Complete P&E Insurance Programme for Plastics and Rubber Factories
The P&E programme for plastics and rubber factories centres on fire protection (IAR or fire insurance) and machinery breakdown. Unlike semiconductor facilities where EEI dominates, or chemical plants where BPV is essential, plastics and rubber operations are driven by the interaction between fire risk and mechanical equipment value.
| Policy | What It Covers | Priority | Plastics/Rubber Context |
|---|---|---|---|
| IAR or Fire + Special Perils | Building, machinery, stock, moulds, dies | Essential | Primary policy; fire is the dominant risk |
| BI (Business Interruption) | Revenue loss from fire, flood, and other property perils | Essential | Mould replacement delays extend downtime beyond building repair |
| MB (Machinery Breakdown) | Injection moulding machines, extruders, compressors, mixers | Essential | Production depends on continuous machine operation |
| MLOP (Loss of Profits on MB) | Revenue loss from machinery breakdown | Recommended | Single extruder or key machine failure can halt a product line |
| BPV (Boiler & Pressure Vessel) | Vulcanising autoclaves, steam boilers, pressure systems | Essential (rubber) / Situational (plastics) | Rubber vulcanisation uses autoclaves at 5-20 bar |
| CGL | Third-party bodily injury, property damage, products liability | Required | Product defect liability for automotive, medical, and consumer components |
| WC (Workmen Compensation) | Employee injury and death | Required | Crush injuries (moulds), burns, chemical exposure |
The key difference between plastics factories and other manufacturing: moulds and dies can be your most valuable and hardest-to-replace asset. A single precision injection mould for automotive parts can cost RM200,000 to RM2 million, and replacement takes 8 to 20 weeks from toolmakers in China, Japan, or local shops. Your IAR policy needs to cover moulds explicitly, and your BI indemnity period needs to account for mould replacement lead times.
IAR vs Fire Insurance: Which Does Your Plastics Factory Need?
This is one of the most common questions from plastics and rubber factory owners. The answer depends on your total asset value, the complexity of your operation, and how much coverage flexibility you need. For a detailed comparison, see our Fire Insurance vs IAR comparison guide.
| Feature | Fire + Special Perils | IAR (Industrial All Risks) |
|---|---|---|
| Coverage basis | Named perils only (fire, lightning, explosion + added perils) | All risks unless specifically excluded |
| Accidental damage (forklift impact, water pipe burst) | Not covered unless added as extension | Covered (unless excluded) |
| Mould/die damage from non-fire causes | Not covered (fire damage to moulds is covered) | Covered (accidental damage, impact, water) |
| Flood and storm | Only with special perils extension | Included (subject to sub-limits) |
| Premium | Lower (tariff-based for standard risks) | 20-50% higher than fire (broader coverage) |
| Best for | Smaller operations, sum insured under RM10M, simple risk profile | Larger operations, RM10M+, multiple risk exposures |
Our recommendation: Plastics and rubber factories with total sum insured above RM10 million should strongly consider IAR over fire insurance. The broader "all risks" coverage protects against the non-fire perils (water damage, accidental impact, forklift incidents) that are common in busy factory floors. For smaller operations, fire + special perils with a good MB policy provides solid baseline protection at a lower premium.
Machinery Breakdown: The Production Equipment
Plastics and rubber factories run equipment continuously, often 24 hours a day in multi-shift operations. Machinery Breakdown (MB) covers sudden and unforeseen physical damage to your production equipment from internal causes: mechanical failure, electrical burnout, operator error, and similar events. Fire damage is excluded from MB (that's your IAR/fire policy's job).
Equipment Coverage by Process Type
| Equipment | Process | Typical Value | Common MB Failures |
|---|---|---|---|
| Injection moulding machine (hydraulic) | Plastics | RM300K to RM3M | Hydraulic pump failure, toggle mechanism wear, screw/barrel wear |
| Injection moulding machine (electric/hybrid) | Plastics | RM500K to RM5M | Servo motor burnout, ball screw failure, controller malfunction |
| Single/twin screw extruder | Plastics, rubber | RM500K to RM8M | Gearbox failure, screw breakage, barrel wear, motor burnout |
| Blow moulding machine | Plastics | RM500K to RM5M | Hydraulic system failure, accumulator issues, clamp mechanism |
| Banbury mixer / internal mixer | Rubber | RM1M to RM10M | Rotor wear, chamber lining damage, gearbox failure, motor burnout |
| Two-roll mill | Rubber | RM200K to RM2M | Roll surface damage, bearing failure, drive system issues |
| Vulcanising autoclave/press | Rubber | RM500K to RM5M | Pressure vessel issues (BPV), heating system failure, hydraulic press issues (MB) |
| Calender (rubber sheeting) | Rubber | RM2M to RM15M | Roll surface scoring, bearing failure, gearbox issues |
| Chiller / cooling tower | Both | RM200K to RM2M | Compressor seizure, motor burnout, tube fouling |
| Air compressor | Both | RM100K to RM800K | Valve failure, bearing wear, motor burnout |
The Mould Problem
Moulds and dies sit in a grey area between MB and IAR. Standard MB covers the machine but typically excludes the mould (it's a tool, not part of the machine). Standard IAR covers moulds against fire and external perils but not against operational wear or accidental damage during production.
| Mould Damage Scenario | IAR Coverage | MB Coverage | Gap? |
|---|---|---|---|
| Mould destroyed in factory fire | Covered | N/A (fire excluded) | No |
| Mould damaged by flood | Covered (IAR or special perils) | N/A | No |
| Mould cracked by machine malfunction | Maybe (IAR, if "accidental damage" applies) | Usually excluded | Possible |
| Mould dropped during handling | Covered (IAR only) | N/A | Yes, if fire policy only |
| Mould wear and tear | Excluded | Excluded | Yes (maintenance cost) |
| Customer-owned mould damaged in your factory | Covered if declared under IAR | Usually excluded | Possible (check bailee's clause) |
Many plastics factories hold customer-owned moulds worth millions in total. If a fire destroys those moulds, you're liable for replacement. Make sure your IAR policy includes a bailee's clause or that customer-owned moulds are declared as part of your sum insured. This is the same issue that OSAT semiconductor companies face with customer wafers.
Business Interruption: The Mould Replacement Timeline
Business interruption in plastics and rubber factories is driven by one factor that most other industries don't face: mould and die replacement lead times. You can repair a factory building in 3 months. You can replace a standard injection moulding machine in 6 to 8 weeks. But replacing a precision multi-cavity mould from an overseas toolmaker takes 12 to 20 weeks.
| Asset | Replacement Lead Time | Cost Range | BI Implication |
|---|---|---|---|
| Factory building (steel frame) | 3 to 6 months | RM50 to RM150 per sqft | Standard construction timeline |
| Injection moulding machine | 6 to 12 weeks (standard); 4-6 months (large tonnage) | RM300K to RM5M | Can source used machines faster |
| Extruder line (complete) | 3 to 6 months | RM1M to RM10M | Custom configuration adds lead time |
| Simple mould (2-cavity, commodity) | 6 to 10 weeks | RM30K to RM150K | Local toolmakers can expedite |
| Complex mould (multi-cavity, hot runner) | 12 to 20 weeks | RM200K to RM2M | This drives the BI indemnity period |
| Banbury mixer / calender | 4 to 8 months | RM2M to RM15M | Limited manufacturers globally; long lead time |
The mould replacement timeline often exceeds the building repair timeline. A factory fire that destroys the building and 50 moulds can be structurally repaired in 4 months, but the last moulds might not arrive for 5 months. Your BI indemnity period must cover the longest replacement lead time of any critical asset, not just the building.
Tip: Keep mould drawings and specifications off-site (digital backup). If a fire destroys your moulds and you've lost the specifications, the replacement process starts from scratch with reverse engineering, adding weeks to the timeline.
Premium Factors for Plastics and Rubber Factory Insurance
Plastics and rubber factories attract higher fire insurance premiums than many other manufacturing types. The tariff classification for plastics manufacturing reflects the inherent fire risk of processing flammable materials. Here's what drives your premium and what you can control.
| Factor | Impact on Premium | What You Can Do |
|---|---|---|
| Building construction | Class 1 (fire-resistant) = lower; Class 3 (combustible) = higher | Upgrade cladding, ensure fire-rated walls between sections |
| Occupancy type | Plastics manufacturing = higher tariff class than metals/electronics | Limited control; accurate classification matters (avoid overpaying) |
| Fire protection system | 10-25% discount for automatic sprinklers; additional for detection systems | Install sprinklers, smoke detection, hydraulic oil mist detection |
| Housekeeping and storage | 5-15% swing; poor housekeeping increases rates | Separate raw material storage from production; clear aisles; no stock against walls |
| Hydraulic oil management | 5-10% credit for fire-resistant hydraulic fluid or oil mist suppression | Use fire-resistant hydraulic fluids; install hose guards; regular hose inspection |
| Claims history | 20-50% swing based on 5-year loss record | Loss prevention, root cause analysis, corrective actions |
| Sum insured accuracy | Overinsurance = wasted premium; underinsurance = reduced claims | Annual valuation; include moulds, WIP, and customer-owned property |
| Electrical system condition | Ageing wiring is a major fire cause; poor condition increases premium | Regular electrical inspection and thermographic survey |
Indicative Premium Ranges by Factory Type
| Factory Type | Typical Sum Insured | Fire/IAR Rate (% of SI) | Total P&E Premium Estimate |
|---|---|---|---|
| Small injection moulding shop (5-15 machines) | RM5M to RM20M | 0.20% to 0.40% | RM20K to RM100K |
| Medium plastics factory (20-50 machines) | RM20M to RM80M | 0.18% to 0.35% | RM80K to RM350K |
| Large plastics factory (50+ machines, extrusion lines) | RM50M to RM300M | 0.15% to 0.30% | RM200K to RM1.2M |
| Rubber products factory (gloves, seals) | RM10M to RM100M | 0.18% to 0.35% | RM50K to RM450K |
| Tyre manufacturing plant | RM100M to RM500M | 0.15% to 0.30% | RM400K to RM2M |
These are indicative ranges only. Actual premiums depend on the specific risk profile, fire protection, and claims history. The biggest premium savings come from sprinkler installation (10-25% discount) and clean claims history (up to 30% no-claim discount for some insurers).
Want to know if you're overpaying for your plastics factory insurance? Get a free P&E review
Malaysia's Plastics and Rubber Manufacturing Zones
Plastics and rubber manufacturing is spread across Malaysia, but certain industrial zones have high concentrations that affect both insurance availability and pricing.
| Zone | Key Areas | Main Operations | Insurance Considerations |
|---|---|---|---|
| Klang Valley / Selangor | Shah Alam, Klang, Rawang, Puchong | Injection moulding, packaging, household goods | Flash flood risk (Shah Alam, Klang); dense industrial zones; older factories |
| Johor | Senai, Kulai, Pasir Gudang | Automotive parts, rubber products, packaging | Supply chain to Singapore; newer industrial parks; chemical zone proximity |
| Penang | Prai, Bukit Minyak, Butterworth | E&E component moulding, precision parts, medical devices | Higher precision operations; flood risk in Prai; premium location |
| Perak / Kedah | Ipoh, Sungai Petani, Kulim | Rubber gloves, industrial rubber, basic moulding | Rubber glove cluster (Perak); newer facilities; lower land cost |
| Melaka / Negeri Sembilan | Ayer Keroh, Senawang, Nilai | Packaging, consumer goods, rubber seals | Mixed industrial zones; moderate risk profile |
Three Claim Scenarios: How P&E Policies Respond
Scenario 1: Hydraulic Oil Fire in Injection Moulding Shop
A high-pressure hydraulic hose on a 650-tonne injection moulding machine bursts during operation. The atomised oil sprays onto the barrel heater bands at 280°C and ignites instantly. The fire spreads to 4 adjacent machines and the resin storage area behind the production line before the sprinkler system activates. The fire is contained in 20 minutes but causes extensive damage to 5 machines, 12 moulds, raw material stock, and the factory roof above the affected area.
| Loss Component | Policy | Amount |
|---|---|---|
| 5 injection moulding machines (fire damage) | IAR / Fire | RM4,500,000 |
| 12 moulds destroyed | IAR / Fire | RM2,800,000 |
| Raw material stock (resin and additives) | IAR / Fire | RM600,000 |
| Finished goods stock | IAR / Fire | RM400,000 |
| Factory roof and structure repair | IAR / Fire | RM800,000 |
| Debris removal and cleanup | IAR / Fire (extension) | RM200,000 |
| Production loss (5 months, limited by mould replacement) | BI | RM3,500,000 |
| Total claim | IAR + BI | RM12,800,000 |
The machines could be replaced in 8 weeks. The building could be repaired in 3 months. But the 12 moulds (including 4 complex hot-runner moulds) take 16 weeks for the last one to arrive. The mould replacement timeline drives the total BI loss. If the BI indemnity period were only 6 months, it would barely cover this scenario.
Scenario 2: Extruder Gearbox Failure
The main production extruder's gearbox suffers a catastrophic gear tooth failure. Metal fragments contaminate the barrel and screw, requiring both the gearbox rebuild and barrel/screw replacement. The extruder is the only one capable of running the factory's highest-volume product line. Replacement gears must be manufactured to order by the European OEM.
| Loss Component | Policy | Amount |
|---|---|---|
| Gearbox rebuild (gears, bearings, seals) | MB | RM650,000 |
| Barrel and screw replacement | MB | RM380,000 |
| Expediting costs (air freight from Germany) | MB (extension) | RM85,000 |
| Production loss (10 weeks at RM120K/week) | MLOP | RM1,200,000 |
| Total claim | MB + MLOP | RM2,315,000 |
Without MLOP, the company absorbs RM1.2 million in production losses from a RM1.1 million equipment repair. The production loss exceeds the equipment damage. This is why MB and MLOP should be paired for any factory with critical single-point-of-failure equipment.
Scenario 3: Monsoon Flood Damages Rubber Factory
Prolonged heavy rain during the northeast monsoon causes the nearby river to breach its banks. Floodwater enters the factory floor to a depth of 1.2 metres. The Banbury mixer (pit-mounted), ground-level electrical panels, raw rubber compound stock, and finished goods warehouse are all submerged. The floodwater is contaminated with mud and debris.
| Loss Component | Policy | Amount |
|---|---|---|
| Banbury mixer (motor rewinding, bearing replacement, cleaning) | IAR (special perils / flood) | RM1,800,000 |
| Electrical panels and switchgear replacement | IAR (special perils / flood) | RM600,000 |
| Raw rubber compound stock (contaminated, unsalvageable) | IAR (special perils / flood) | RM1,200,000 |
| Finished goods (contaminated) | IAR (special perils / flood) | RM800,000 |
| Factory cleanup, decontamination, mud removal | IAR (extension) | RM300,000 |
| Production loss (8 weeks) | BI | RM2,400,000 |
| Total claim | IAR + BI | RM7,100,000 |
Critical point: Flood is only covered under IAR or under fire insurance with a special perils extension. If you have a basic fire policy without special perils, flood damage is completely uninsured. Factories in known flood-prone areas (parts of Shah Alam, Klang, Prai) should insure flood cover as a priority. Also check your flood sub-limit: many policies cap flood claims at RM1 million to RM5 million, which may be far below your actual exposure.
Common Insurance Mistakes in Plastics and Rubber Factories
| Mistake | Consequence | How to Fix |
|---|---|---|
| Moulds not declared in sum insured | RM500K to RM5M in moulds uninsured; average clause applies to declared assets | Create a mould register with values; declare under IAR |
| Customer-owned moulds excluded | Liable for customer's moulds but no insurance to pay for them | Add bailee's clause to IAR; get customer mould values annually |
| BI indemnity period too short | Mould replacement exceeds indemnity period; production loss gap | Set indemnity to cover longest critical asset replacement time + margin |
| No special perils extension (flood) | Monsoon flood destroys ground-level stock and equipment; zero coverage | Add special perils; check flood sub-limit is adequate |
| MB without MLOP | Machine repaired but production loss (often higher) is uninsured | Always pair MB with MLOP for critical production equipment |
| Stock valued at cost, not selling price | Claim payout covers only raw material cost, not the finished product value | Insure finished goods at selling price; raw materials at replacement cost |
Not sure if your factory's P&E programme has gaps? Get a free insurance review
FAQ
What is the most important insurance for a plastics factory?
IAR or fire insurance is the most important because fire is the dominant risk in plastics manufacturing. Flammable raw materials, high processing temperatures, and hydraulic oil systems create multiple ignition scenarios. Pair your property policy with BI to cover production losses, and add MB for equipment breakdowns that fire insurance doesn't cover.
How much does plastics factory insurance cost in Malaysia?
Total P&E premiums range from RM20,000 per year for a small injection moulding shop with RM5 million in assets to RM1 million or more for a large operation with RM200 million or more in sum insured. Fire/IAR rates for plastics manufacturing typically run 0.15% to 0.40% of the sum insured. The biggest factors are building construction class, fire protection systems, and claims history.
Should I insure moulds and dies separately?
Not separately, but they must be explicitly declared in your IAR/fire sum insured. Many factories forget to include moulds in their declared values. If moulds worth RM2 million are not declared and a fire destroys them, you have no coverage for the moulds. Create a mould register, update values annually, and ensure customer-owned moulds are covered under a bailee's clause.
Does fire insurance cover hydraulic oil fires in injection moulding machines?
Yes. Fire insurance and IAR both cover fire damage regardless of how the fire started. A hydraulic oil fire that damages machines, moulds, stock, and the building is a standard fire claim. The cause of the fire (hydraulic oil spray on hot surfaces) doesn't affect coverage. What fire insurance doesn't cover is the mechanical failure that caused the hose to burst; that's a separate MB claim for the machine itself.
What is the difference between MB and IAR for plastics machinery?
IAR covers your machines against fire, flood, and external perils. MB covers the same machines against internal mechanical and electrical failures: bearing seizure, motor burnout, gearbox failure, hydraulic pump failure. If a fire destroys your extruder, IAR pays. If the extruder's gearbox fails from internal causes, MB pays. You need both policies for complete protection.
How long should the BI indemnity period be for a plastics factory?
At least 12 months, and up to 18 months if you use complex moulds with long replacement lead times. The building can be repaired in 3-4 months and machines replaced in 6-8 weeks, but complex hot-runner moulds take 12-20 weeks from overseas toolmakers. Your indemnity period must cover the longest critical asset replacement time, which is usually the moulds.
Do rubber factories need BPV insurance?
Yes, if you use vulcanising autoclaves or steam boilers. BPV insurance covers explosion or collapse of pressure vessels from internal pressure, a peril that IAR and MB exclude. Autoclaves operating at 5-20 bar represent a real explosion risk. Plastics factories generally don't need BPV unless they operate steam boilers or other pressure equipment.
Does my insurance cover product liability for defective plastic parts?
Product liability is covered under CGL insurance, not under IAR or MB. If a defective plastic component you manufactured causes injury or damage to a third party, CGL responds. This is particularly important for automotive parts, medical device components, and consumer products where defect liability can be significant.
How does the average clause affect plastics factory claims?
If your actual asset value is RM20 million but you've insured for RM12 million (60%), the average clause reduces every claim payout by 40%. A RM5 million fire loss would only pay RM3 million. This is common in plastics factories where moulds, WIP, and recent equipment additions haven't been declared. Annual sum insured reviews prevent this.
Can I reduce my plastics factory insurance premium?
Yes. The most effective strategies are: install automatic sprinklers (10-25% discount), use fire-resistant hydraulic fluids in injection moulding machines (5-10% credit), maintain a clean claims history (up to 30% no-claim discount), improve housekeeping and raw material storage separation, and conduct regular electrical inspections. A comprehensive P&E programme review with a specialist broker can also identify overinsurance or misclassification that inflates premiums.
Foundation Conclusion
Plastics and rubber factories need a P&E programme built around fire protection and machinery breakdown, with special attention to moulds, stock valuation, and business interruption lead times. The hydraulic oil fire risk in injection moulding, the dust explosion risk in grinding operations, and the extended mould replacement timelines all create exposures that generic manufacturing insurance doesn't address properly.
The factories that pay the lowest premiums are the ones with automatic sprinklers, fire-resistant hydraulic fluids, documented maintenance programmes, and accurate sum insured declarations. These investments reduce both the frequency and severity of incidents, and insurers reward them with meaningful premium reductions.
Talk to our P&E specialists about your plastics or rubber factory insurance programme
Unlock Exclusive Foundation Content
Subscribe for best practices,
research reports, and more, for your industry
Want to contact Foundation for your risk or insurance needs?
Insights on Property & Engineering Risks
Practical guidance on construction, industrial, and engineering insurance in Malaysia
Let’s Work Together
If you're managing a construction project, industrial facility, or commercial property in Malaysia and need insurance coverage, we can help structure a program that works.



