Rubber Sheet UK | SBR, EPDM & Neoprene Rubber Sheeting | Slip-Not

Types of Rubber Sheet: Complete Comparison

Choosing the right rubber sheet compound determines performance, lifespan, and cost-effectiveness. Each rubber type offers distinct properties suited to specific applications. This comprehensive comparison helps you select the optimal material for your needs.

Property	SBR (General Purpose)	EPDM (Weather Resistant)	Neoprene (Oil Resistant)	Nitrile/NBR (Fuel Resistant)	Natural Rubber	Silicone (Food Safe)
Temperature Range	-20°C to +70°C	-40°C to +120°C	-30°C to +100°C	-30°C to +100°C	-40°C to +80°C	-60°C to +220°C
Weather Resistance	Fair	Excellent	Good	Good	Poor	Excellent
Oil/Fuel Resistance	Poor	Poor	Excellent	Excellent	Poor	Fair
Water Resistance	Good	Excellent	Excellent	Excellent	Good	Excellent
Abrasion Resistance	Good	Fair-Good	Good	Excellent	Excellent	Fair
UV Resistance	Fair	Excellent	Good	Fair	Poor	Excellent
Flexibility	Good	Excellent	Good	Fair-Good	Excellent	Excellent
Food Safe	No	Some grades	Some grades	No	Some grades	Yes (FDA)
Typical Cost/m²	£8-20	£15-35	£25-50	£30-60	£20-40	£40-80
Best Applications	General flooring, gaskets, workbench tops	Outdoor use, roofing, ponds	Garages, workshops, industrial floors	Fuel areas, chemical plants	Engineering, conveyors, high-flex	Food processing, bakeries, pharmaceutical

Rubber Sheet Thickness Guide: How to Choose

Selecting appropriate rubber sheet thickness ensures adequate protection, performance, and cost-effectiveness. This detailed guide matches thickness to common applications based on 60+ years of supplier experience.

Thickness	Weight (kg/m² approx)	Typical Applications	Not Suitable For
1-2mm	1.2-2.4 kg	Thin gaskets, seals, protective wrapping, electrical insulation (Class 0), draught excluders	Floor protection, heavy machinery, impact applications
3-5mm	3.6-6.0 kg	Workbench matting, light floor protection, van lining, table surfaces, medium gaskets	Heavy machinery bases, high-traffic industrial floors
6-10mm	7.2-12.0 kg	Industrial floor protection, anti-fatigue matting, gym equipment bases, moderate impact absorption	Extreme vibration isolation, bridge bearings
12-15mm	14.4-18.0 kg	Heavy machinery bases, compressor pads, generator vibration mounts, loading bay protection	Maximum isolation requirements, critical vibration applications
20-25mm	24.0-30.0 kg	Maximum impact protection, heavy equipment mounting, bridge expansion bearings, high-load anti-vibration	Thin gasket applications, flexible sealing

SBR Rubber Sheet: The General Purpose Workhorse

Styrene-Butadiene Rubber (SBR) dominates general-purpose rubber sheet sales for excellent reasons—it combines cost-effectiveness with reliable performance across common applications. SBR rubber sheet offers good tensile strength, abrasion resistance, and adequate flexibility for temperatures from -20°C to +70°C.

When to Choose SBR Rubber Sheet

• Indoor floor protection — workshops, factories, under machinery
• Workbench surfaces — durable, non-slip work surface
• General gaskets and seals — water, low-pressure steam
• Anti-vibration pads — light to moderate vibration isolation
• Budget-conscious projects — performance at lowest cost

SBR Limitations

Avoid SBR for outdoor applications (poor UV/weather resistance), oil/fuel contact (swells and degrades), or temperatures exceeding +70°C. For these applications, upgrade to EPDM, Neoprene, or Nitrile respectively.

Pricing: £8-20 per m² depending on thickness. Available in rolls (10m standard) or cut-to-size sheets.

EPDM Rubber Sheet: Weather & UV Champion

EPDM (Ethylene Propylene Diene Monomer) rubber sheet is the go-to choice for outdoor applications, roofing details, pond liners, and anywhere weather resistance matters. EPDM maintains flexibility across extreme temperatures (-40°C to +120°C) and resists UV degradation, ozone, and weathering far superior to other rubber compounds.

Premium EPDM Applications

• Flat roof details — upstand flashing, detailing around penetrations
• Pond and pool liners — fish-safe, durable, flexible
• Outdoor sealing — expansion joints, external gaskets
• Solar panel mounting — UV-stable vibration isolation
• Marine applications — boat deck padding, dock protection
• Agricultural use — outdoor equipment seals, barn applications

EPDM vs SBR: When to Pay More

EPDM costs 50-100% more than SBR, but for outdoor applications or high-temperature environments, the investment is essential. EPDM lasts 20+ years outdoors; SBR degrades in 2-5 years. The math strongly favours EPDM for external use.

Pricing: £15-35 per m² depending on thickness and grade. Premium marine-grade EPDM at the higher end.

Neoprene Rubber Sheet: Oil & Chemical Resistance

Neoprene (Polychloroprene) rubber sheet excels where oil, grease, and moderate chemicals are present—garages, workshops, industrial facilities, and commercial kitchens. Neoprene balances oil resistance with good physical properties, weather resistance, and flame resistance (self-extinguishing).

Neoprene Advantages Over Other Compounds

• Broad resistance profile — oils, greases, fuels (moderate), weather, ozone
• Flame resistance — self-extinguishing (important for welding areas)
• Good low-temperature flexibility — down to -30°C
• Abrasion resistance — suitable for high-traffic industrial floors

Typical Neoprene Applications

• Garage floors — resists automotive oils, anti-freeze, coolants
• Workshop benches — withstands contact with lubricants and solvents
• Industrial flooring — manufacturing areas with occasional oil spills
• Automotive repair bays — professional workshop protection
• Commercial kitchens — grease resistance, easy cleaning

Pricing: £25-50 per m² depending on thickness. Premium investment justified in oil-prone environments.

Nitrile (NBR) Rubber Sheet: Maximum Fuel Resistance

Nitrile rubber (NBR, Buna-N) offers the highest resistance to petroleum-based fuels, oils, and hydraulic fluids. For environments with constant fuel contact—forecourts, fuel storage areas, chemical plants—Nitrile is essential, not optional.

When Nitrile is Mandatory

• Petrol station forecourts — constant fuel spillage
• Fuel storage facilities — tank farm bunding
• Aircraft maintenance hangars — aviation fuel resistance
• Hydraulic system workshops — hydraulic oil containment
• Chemical processing — petroleum-based chemical resistance

Nitrile Grades and Acrylonitrile Content

Nitrile rubber is available in various grades based on acrylonitrile (ACN) content: Low ACN (18-25%) offers better low-temperature flexibility; High ACN (40-50%) provides superior fuel resistance but reduced flexibility. Standard industrial Nitrile typically uses 33% ACN, balancing both properties.

Pricing: £30-60 per m² depending on ACN content and thickness. Higher ACN content commands premium pricing.

Natural Rubber Sheet: High Performance Applications

Natural rubber sheet delivers exceptional tensile strength, tear resistance, and dynamic flexibility unmatched by synthetic compounds. For engineering applications requiring high elasticity and fatigue resistance, natural rubber remains the performance leader despite higher cost and weather limitations.

Engineering Applications

• Conveyor belt linings — abrasion resistance, flexibility
• Pump diaphragms and linings — excellent flex fatigue resistance
• Spring elements — high elasticity and recovery
• Dynamic seals — cyclic motion applications
• Laboratory bench tops — chemical resistance (acids/bases), easy cleaning

Pricing: £20-40 per m² depending on hardness (Shore A) and thickness.

Silicone Rubber Sheet: Food Safe & High Temperature

Silicone rubber sheet operates across the widest temperature range (-60°C to +220°C) while maintaining FDA food-safe compliance. For food processing, pharmaceutical manufacturing, or extreme temperature applications, silicone is often the only compliant option.

Food Industry Applications

• Food processing equipment — FDA-compliant surface protection
• Commercial bakeries — high-temperature oven door seals
• Pharmaceutical manufacturing — sterile environment gaskets
• Medical device production — USP Class VI compliant
• Brewery and dairy — clean-in-place (CIP) compatible

Pricing: £40-80 per m² depending on grade and certification level. FDA and USP-certified grades command premium pricing.

How to Select the Right Rubber Sheet: Decision Framework

Step 1: Environment Assessment

Indoor or outdoor? Outdoor = EPDM mandatory for longevity. Indoor = SBR usually sufficient unless other factors apply.

Temperature extremes? Below -30°C or above +80°C = upgrade from SBR. Extreme cold = natural rubber or EPDM. High heat = EPDM or Silicone.

Step 2: Chemical Exposure

Oils/greases? Neoprene minimum, Nitrile for heavy exposure.

Fuels/petrol? Nitrile mandatory—no substitutes.

Water/steam? Most compounds handle water. For hot water (>80°C) or steam, choose EPDM or Silicone.

Step 3: Special Requirements

Food contact? Silicone with FDA certification or food-grade EPDM/Natural rubber.

Electrical insulation? 1-3mm thickness most compounds achieve Class 0 (up to 1kV). For higher voltage, specify electrical-grade rubber.

Flame resistance? Neoprene self-extinguishes. Silicone resistant to +220°C before degradation.

Step 4: Performance vs Budget

Budget-constrained? SBR delivers adequate performance for majority of indoor applications at lowest cost.

Long-term value? EPDM outdoors, Nitrile in fuel areas, Silicone in food processing—higher initial cost justified by extended lifespan and regulatory compliance.

Rubber Sheet Hardness: Shore A Durometer Explained

Rubber hardness is measured on the Shore A scale (0-100, with higher numbers indicating harder rubber). Most general-purpose rubber sheet ranges from 60-75 Shore A, balancing flexibility with load-bearing capacity.

Shore A Hardness Selection Guide

• 40-50 Shore A — Very soft, high flexibility, gasket and sealing applications
• 55-65 Shore A — Flexible, good for anti-vibration and comfort matting
• 65-75 Shore A — Standard hardness for floor protection and general use (most common)
• 75-85 Shore A — Hard, for heavy load-bearing and high-abrasion environments
• 85-95 Shore A — Very hard, specialized engineering applications only

For most applications, 65-70 Shore A provides optimal balance. Softer (55-60 Shore A) for vibration isolation; harder (75-80 Shore A) for maximum abrasion resistance.

Installation and Cutting Rubber Sheet

Cutting Rubber Sheet to Size

Thin sheet (1-5mm): Sharp utility knife and metal straight edge. Score deeply, then fold and cut through backing.

Medium sheet (6-12mm): Heavy-duty Stanley knife with fresh blade. Multiple passes required. Scissors work for final trimming.

Thick sheet (15mm+): Industrial band saw or jigsaw with fine-tooth blade recommended. Utility knife possible but labour-intensive.

Adhesive Installation

For permanent installations, use contact adhesive specifically formulated for rubber-to-concrete or rubber-to-metal bonding. Apply adhesive to both surfaces, allow to become tacky (typically 10-20 minutes), then press together firmly. Full cure takes 24 hours.

Popular adhesives: Evo-Stik Impact, Dunlop Thixofix, UniBond Contact adhesive.

Loose-Lay Installation

For floor protection under static machinery or in low-traffic areas, loose-laying is acceptable. The weight of rubber sheet (6-30 kg/m² depending on thickness) provides adequate stability for many applications without adhesive.

Maintenance and Lifespan

Cleaning Rubber Sheet

Regular cleaning extends lifespan and maintains appearance. Sweep or vacuum to remove loose debris, then mop with warm water and pH-neutral cleaner. Avoid harsh solvents, bleach, or abrasive scrubbers.

For oil stains: degrease with citrus-based cleaner or washing-up liquid. For stubborn marks: soft brush and mild detergent.

Expected Lifespan by Compound

• SBR indoor: 10-15 years with proper maintenance
• EPDM outdoor: 20-30 years (some roofing EPDM lasts 50+ years)
• Neoprene industrial: 12-20 years depending on oil exposure
• Nitrile fuel areas: 10-15 years (shorter with constant fuel contact)
• Natural rubber: 8-12 years indoor, poor outdoor performance
• Silicone food-safe: 15-25 years with proper cleaning protocols

Frequently Asked Questions

What thickness rubber sheet do I need for floor protection?

For light traffic and general workshop protection, 3-6mm is adequate. For industrial floors with forklift traffic or heavy machinery, upgrade to 10-15mm. Maximum protection under the heaviest equipment requires 20-25mm thickness.

Can I use SBR rubber sheet outdoors?

SBR is not recommended for outdoor use due to poor UV and weather resistance. For outdoor applications, choose EPDM rubber sheet which is specifically formulated for weathering, UV, and ozone resistance.

Is rubber sheet food safe?

Only FDA-certified Silicone rubber sheet and specific food-grade EPDM or Natural rubber compounds are certified for direct food contact. Standard SBR, Neoprene, and Nitrile are not food-safe.

How do I cut rubber sheet?

For thin sheet (1-5mm), use a sharp utility knife and metal straight edge. For thicker material (6mm+), multiple passes with a heavy-duty knife or a band saw works best. Always use fresh, sharp blades for clean cuts.

What is the difference between Neoprene and Nitrile?

Both resist oils, but Nitrile offers superior fuel resistance and is essential for petrol/diesel contact. Neoprene provides better all-round performance including weather resistance and flame resistance, making it better for general workshop use.

Can rubber sheet be used as electrical insulation?

Yes, rubber sheet is commonly used for electrical insulation. Standard grades achieve Class 0 insulation (up to 1kV). For higher voltages or specialized electrical applications, specify electrical-grade rubber sheet certified to BS EN 61111.

How is rubber sheet sold?

Rubber sheet is sold by the linear metre (charged for 1m width of standard roll width, typically 1.2m, 1.4m, or 2m) or as pre-cut sheets to custom dimensions. Most suppliers offer cut-to-size service with no minimum order.

Can rubber sheet be glued down?

Yes, rubber sheet can be permanently installed using contact adhesive designed for rubber bonding. Apply adhesive to both surfaces, allow to become tacky, then press together. Full cure takes 24 hours.

What hardness (Shore A) should I choose?

For most general applications, 65-70 Shore A is ideal. Choose softer (55-60 Shore A) for maximum vibration isolation or comfort matting. Choose harder (75-80 Shore A) for heavy-duty abrasion resistance and load-bearing applications.

Is rubber sheet suitable for roofing?

EPDM rubber sheet is widely used in flat roof installations, pond liners, and waterproofing. Standard SBR or Neoprene should not be used for roofing. Specify roofing-grade EPDM (typically 1.2mm thickness) for weatherproofing applications.

How heavy is rubber sheet?

Rubber sheet weighs approximately 1.2 kg per m² per mm of thickness. For example, 10mm thick SBR sheet weighs roughly 12 kg/m². This weight provides stability for loose-lay installations.

Why Buy Rubber Sheet from Slip-Not?

60+ Years Industry Experience

Since 1960, Slip-Not has supplied rubber sheet to over 10,000 UK businesses, contractors, and homeowners. This deep industry experience translates to expert specification advice, quality assurance, and product knowledge that ensures you receive the optimal rubber compound for your application.

Comprehensive Range

We stock all major rubber sheet compounds—SBR, EPDM, Neoprene, Nitrile, Natural Rubber, and Silicone—in thicknesses from 1mm to 25mm. Standard rolls or custom cut-to-size sheets available with no minimum order on most products.

Technical Support

Our UK-based technical team provides free specification advice. Unsure which compound suits your application? Need load-bearing calculations? Require certification for compliance? We provide the expertise to specify correctly first time.

Trade Accounts Available

Contractors, builders, and regular buyers benefit from trade account terms including volume discounts, priority dispatch, and invoice payment facilities. Contact our sales team on 01744 520110 to discuss trade account setup.

Quality Assurance

All rubber sheet supplied by Slip-Not meets or exceeds relevant British and European standards. ISO 9001 certified manufacturing, batch testing, and certification documentation available on request.