Rubber Flooring for UK Universities and Higher Education: Labs, Lecture Theatres, Student Accommodation & Sports Halls 2026
Introduction: Why UK Universities Need Specialist Rubber Flooring
The United Kingdom is home to 170 higher education institutions (HESA 2024/25), accommodating 2.87 million students and employing 450,000+ academic and professional staff. From Victorian sandstone Russell Group campuses to purpose-built post-1992 university towns, every site presents a distinct flooring challenge: multi-use buildings that transition between lecture theatre, laboratory, sports hall, and student welfare space — often within the same footprint.
University estates are among the most demanding environments in the UK for floor specification. A single campus must simultaneously comply with laboratory safety (COSHH 2002, BS EN 61340-5-1), sports performance (BS EN 14904, BUCS standards), student accommodation acoustic requirements (Building Regulations Part E, L'nT,w ≤ 45 dB), healthcare and wellbeing facilities, public-access commercial spaces (Occupiers' Liability Acts 1957/1984), and sustainability targets (BREEAM Education, net-zero carbon commitments — 85% of Russell Group universities have declared climate emergencies).
This guide provides a comprehensive rubber flooring specification framework for UK higher education estates teams, university facilities managers, AUDE (Association of University Directors of Estates) members, and the M&E, fit-out, and CDM contractors working on UK university campuses.
UK Regulatory Framework for University Buildings
| Regulation / Standard | Scope | Key Floor Requirement |
|---|---|---|
| Workplace Regulations 1992 Reg 12 | All university staff areas, labs, offices | Suitable, non-slip, maintained floors; effective drainage |
| HSWA 1974 | All campus areas | Duty to ensure staff safety including flooring |
| Occupiers Liability Acts 1957/1984 | All student/visitor-accessible areas | Reasonable care for all lawful visitors; PTV ≥ 40 wet minimum |
| Equality Act 2010 / BS 8300:2018 | All public and teaching areas | 13mm max threshold, LRV contrast ≥ 30 points, Shore A ≥ 55 for mobility aids |
| COSHH 2002 | All laboratory and chemical storage areas | Impervious, chemical-resistant, cleanable, non-porous floor surfaces |
| BS EN 61340-5-1:2016 | ESD-sensitive research labs, electronics workshops, IT server suites | Surface resistivity 10&sup6;–10&sup9; Ω (dissipative); copper earth braid ≤ 2m |
| Building Regulations Part E | Student accommodation, halls of residence | Impact sound L'nT,w ≤ 45 dB; airborne D'nT,w ≥ 45 dB |
| Building Regulations Part B / BS EN 13501-1 | All university buildings | Minimum Cfl-s1 in corridors; Bfl-s1 in escape routes |
| RIDDOR 2013 | Student and staff slip/trip incidents | Reportable if ≥ 25mm threshold or PTV-implicated slip/trip causes defined injury |
| BS EN 14904:2006 | Sports halls, fitness suites | Shock absorption Class A/B, slip resistance DIN μ 0.4–0.6 |
| CDM 2015 | All construction/refurbishment projects | Principal Contractor/Designer duties; CDM H&S File documentation |
| EaWR 1989 Reg 13 | HV/LV substations, generator rooms | BS EN 61111 electrical insulating matting at switchgear fronts |
| BS 7976-2 | All floor surfaces | Pendulum Test Value measurement and threshold verification |
Zone-by-Zone Rubber Flooring Specification
Zone 1: Teaching Laboratories — Chemistry, Biology, Engineering
University laboratories are the most demanding rubber flooring environments on a campus. A single teaching chemistry lab may use sulphuric acid, hydrochloric acid, acetone, ethanol, chlorinated solvents, and sodium hydroxide in a single session. COSHH 2002 requires impervious, chemical-resistant floor surfaces as a primary engineering control.
- Compound: Nitrile NBR 28–33% ACN for acid/base/solvent teaching labs; Neoprene for aromatic solvent and chlorinated solvent labs; EPDM for biology labs with aqueous-only chemical regime
- Thickness: 6–10mm floor sheet (seamless roll, hot-welded seams) + 14–20mm Shore A 40–50 anti-fatigue mats at benches and fume cupboard standing positions
- PTV: ≥ 40 wet general lab floor; ≥ 50 wet at spill-prone reagent dispensing areas (Occupiers Liability + Workplace Regs Reg 12 due diligence)
- Anti-fatigue: Mandatory at standing benches — HSE RR151: up to 50% reduction in MSD incidence at prolonged standing positions; university lab staff and demonstrators may stand 2–6 hours per session
- COSHH documentation: Floor material specification (compound, chemical resistance data sheet, installation date, seam type) must be recorded in COSHH risk assessment per COSHH 2002 Reg 7 — required for UCEA health and safety compliance audits
- Critical exclusion: Recycled SBR categorically excluded from all laboratory environments — carbon black particle shedding contaminates precision analytical equipment; PAH content incompatible with food/biology/pharmaceutical research protocols; hydrocarbon swelling on solvent contact
- Drainage: 1:50 falls to drain; chemical interceptor drain required (COSHH + Environmental Permitting Regulations 2016)
Zone 2: ESD-Sensitive Research Laboratories (Electronics, Photonics, Nanotechnology, Materials Science)
Russell Group and research-intensive universities maintain specialist laboratories housing scanning electron microscopes (SEMs), transmission electron microscopes (TEMs), atomic force microscopes (AFMs), optical spectrum analysers, photonic crystal fabrication equipment, and semiconductor characterisation tools — all ESD-sensitive to below 100V. A single uncontrolled static discharge in a photonics research lab can destroy a sample worth £50,000–£200,000.
- Compound: Anti-static Nitrile NBR — no carbon black (BS EN 61340-5-1:2016 certified), surface resistivity 10&sup6;–10&sup9; Ω (dissipative range)
- Thickness: 6–10mm floor + 14–20mm Shore A 40–50 anti-fatigue at instrument operator positions (researchers may stand 3–8 hours at microscopy/characterisation positions)
- Earthing: Copper earth braid 10mm², ≤ 2m intervals, bonded to building earth electrode; BS EN 61340-4-1:2019 post-installation point-to-earth test certificate retained in university H&S file and research equipment insurance records
- Annual ESD survey: BS EN 61340-4-1 annual periodic survey; certificate retained for research equipment insurance — ESD-related equipment damage may be excluded from buildings insurance if ESD floor compliance cannot be demonstrated
- Critical exclusion: Standard recycled SBR (uncontrolled carbon black conductivity 10³–10&sup4; Ω — too conductive, not dissipative; carbon black particle contamination of vacuum chamber surfaces in SEM/TEM labs)
Zone 3: Lecture Theatres, Seminar Rooms, and Teaching Studios
University lecture theatres present a unique combination: high footfall (a 400-seat theatre may see 1,200–1,600 student entries per day), acoustic performance requirements (BB93 ≤ 35 dBA background noise for effective speech intelligibility — JISC Technology Infrastructure guidance), anti-fatigue for lecturers who stand 2–3 hours per session, and Equality Act accessibility compliance across tiered seating configurations.
- Compound: Virgin SBR or SBR-EPDM blend at lectern position (14–20mm anti-fatigue, Shore A 40–50); 6–10mm SBR floor in fixed seating zones
- Acoustic: 12–16 dB ΔLw impact sound reduction per 10mm rubber — directly supports BB93 and JISC lecture theatre acoustic specification; prevents impact sound transmission from upper-floor theatres to library reading rooms or accommodation below
- Equality Act compliance: Shore A ≥ 55 at all accessible seating positions; LRV contrast ≥ 30 points at aisle steps (BS 8300:2018); 13mm maximum threshold at entry mats; no mat edge upstand > 4mm (RIDDOR trip hazard)
- Anti-fatigue ROI: CIPD 2024 MSD absence cost £3,000–£8,000 per episode; HSE RR151: up to 50% MSD reduction at anti-fatigue-equipped standing positions; lecturing is one of the highest-risk sustained standing occupations in UK higher education
Zone 4: University Sports Halls, Fitness Suites, and MUGA Courts
BUCS (British Universities and Colleges Sport) competition venues require flooring meeting Sport England performance standards. The 2022 BUCS Facilities Survey found 68% of member institutions planned sports facility investment 2023–2027, with an estimated £1.2 billion capital spend. University sports centres serve students, staff, and often local community users under dual-use agreements — creating both Occupiers Liability and BS EN 14904 specification obligations simultaneously.
- Compound: Recycled SBR for main sports hall floor (shock absorption, anti-fatigue, 12–20 dB ΔLw acoustic reduction); EPDM chip for colour-fast premium fitness suites; Virgin SBR or EPDM for changing rooms and wet areas
- Sports hall system: 6–10mm base + 5–8mm wearing layer = 11–18mm total; BS EN 14904 tested; shock absorption Class A (≥ 53% DIN 18032-2); vertical deformation ≤ 3.5mm; DIN μ 0.4–0.6 slip resistance; rolling load ≥ 1,500N
- BUCS: Multi-sport line marking compatibility mandatory (Basketball England, Badminton England, England Netball, Volleyball England court dimensions); water-based court line paints must adhere without delaminating rubber surface over 10-year system warranty
- Changing rooms: Virgin SBR or EPDM, 8–12mm, PTV ≥ 50 wet; shower areas: EPDM perforated, PTV ≥ 65 wet (DIN 51097 Class C barefoot — highest PTV specification for barefoot wet environments)
Zone 5: Student Accommodation — Halls of Residence and En-Suite Bathrooms
UK university accommodation stock exceeds 700,000 bed spaces (HESA, ANUK/CUBO 2024). New-build PBSA (Purpose-Built Student Accommodation) is one of the UK's most active construction sectors, with £4.5 billion in investment completed 2022–2024 (Knight Frank PBSA report 2024). Impact sound transmission is the single largest complaint driver in university accommodation — the NUS and ANUK surveys consistently identify noise between rooms as the top maintenance complaint in halls.
- Corridors: EPDM or Virgin SBR, 6–10mm floor; 14–20mm Shore A 40–50 anti-fatigue at reception/welfare desks; 10–16 dB ΔLw per 10mm rubber (significant contribution to L'nT,w target)
- En-suite bathrooms: EPDM or Virgin SBR, 6–10mm perforated/drainage sheet, PTV ≥ 65 wet (DIN 51097 Class C barefoot — critical for student safety; alcohol-related bathroom falls are a significant student welfare incident category at UK universities)
- Building Regulations Part E: L'nT,w ≤ 45 dB between student bedrooms; a 10mm rubber floor system provides 12–18 dB ΔLw impact sound attenuation — rubber underlay beneath hard flooring can bring a non-compliant floor-ceiling assembly into Part E compliance at lower cost than structural solutions
- Equality Act: Shore A ≥ 55 at all movement paths; 13mm threshold maximum; LRV contrast ≥ 30 points (BS 8300:2018); 900mm clear width at accessible room entries (Approved Document M)
Zone 6: University Medical Centres, Campus Pharmacies, and Wellbeing Facilities
The majority of UK universities operate a GP-registered medical centre. CQC-registered campus practices must comply with CQC Regulation 15 (Premises and Equipment) and NHS HTM 61 (floor surfaces in healthcare). Anti-fatigue at reception, clinical areas, and pharmacy dispensing is a Manual Handling Regs 1992 compliance requirement for standing clinical staff.
- Compound: Pharmaceutical-grade Nitrile (no carbon black, IPA 70%/QAC/sodium hypochlorite 1,000 ppm compatible) for clinical rooms; Virgin SBR/EPDM for waiting areas; Nitrile anti-fatigue 14–20mm at reception and dispensing positions
- PTV: ≥ 40 wet (HTM 61; CQC Reg 15); ≥ 50 wet in accessible toilet wet rooms; seamless bonded roll (no joint harbourage for MRSA/Norovirus); coved skirting 40mm radius (NHS IG guidance)
- Acoustic: 12–18 dB ΔLw for patient confidentiality between consulting rooms — NHS Estates HTM 08-01 acoustic guidance
Zone 7: Campus Catering, Canteens, and Student Union Licensed Bars
UK university campuses typically operate 3–15 catering outlets per site. Student Union licensed premises are regulated under the Licensing Act 2003; food safety regulated under EC Regulation 852/2004. Behind-counter anti-fatigue is mandatory for catering staff under Manual Handling Regs 1992.
- Compound: Nitrile NBR 28% ACN (kitchen/bar back-of-house); Virgin SBR (customer dining areas); EPDM (external eating areas)
- Thickness: 14–22mm Shore A 40–55 behind-counter anti-fatigue; 6–10mm floor sheet in kitchen
- PTV: ≥ 55 wet behind-counter and kitchen (EC 852/2004 + HSG156); ≥ 40 wet customer dining areas (Occupiers Liability)
- EC 852/2004 food safety: Food-safe Nitrile (no carbon black, no PAH migration) behind food preparation areas; EC 1935/2004 food contact materials compliance — recycled SBR excluded from all food production zones
Zone 8: Building Services — HV Substations, Generator Rooms, UPS, Server Suites
Large UK universities maintain extensive M&E infrastructure: HV/LV substations (often 11kV/33kV for campus distribution), emergency diesel generators (campus resilience requirement), UPS systems for research computing and data storage, and BMS control rooms. Each zone requires specialist flooring compliant with EaWR 1989, BS EN 61111, BS EN 61340-5-1, and DSEAR 2002.
- HV substations (11kV/33kV): BS EN 61111:2009+A1:2017 Class II (17kV AC proof test) at switchgear fronts; EaWR 1989 Reg 13; annual proof test in university electrical maintenance file. Critical: BS EN 61111 insulating matting (volume resistivity > 10¹³ Ω) and BS EN 61340-5-1 ESD dissipative matting (10&sup6;–10&sup9; Ω) are opposite products — never interchange
- Emergency diesel generator rooms: Nitrile NBR 28% ACN, 10–15mm; DSEAR 2002 Zone 2 (diesel LEL 0.6% v/v at floor level); anti-static Nitrile (BS EN 61340-5-1) if Zone 2 confirmed by DSEAR competent person; mechanical fixing only in Zone 2
- UPS/battery rooms: Anti-static Nitrile (BS EN 61340-5-1) + BS EN 61111 Class 0 at panel fronts; sulphuric acid resistance for VRLA batteries; DSEAR Zone 2 dual ESD + explosion-protection compliance in single anti-static Nitrile specification
- HPC/IT server suites: Anti-static Nitrile, 14–20mm Shore A 40–50 (BS EN 61340-5-1, no carbon black); copper earth braid ≤ 2m; annual BS EN 61340-4-1 survey — certificate for ISO 27001 ISMS physical security audit and REF submission data security
- Plant room anti-vibration: EPDM pads 20–50mm Shore A 50–65 under HVAC AHUs, chiller compressor skids, pump sets (BS 6472-1:2008) — particularly important when plant rooms are above lecture theatres or library reading rooms
Rubber vs Alternative Floor Surfaces: University Specification Comparison
| Property | Rubber (SBR/EPDM/Nitrile) | Vinyl/LVT | Ceramic Tile | Polished Concrete | Epoxy Resin |
|---|---|---|---|---|---|
| PTV wet (clean) | 40–65+ | 30–45 | 25–45 | 15–30 | 35–55 |
| PTV wet (spillage-contaminated) | 35–55 | 15–25 | 10–22 | 8–18 | 25–45 |
| Anti-fatigue | Excellent (Shore A 40–55) | Minimal | None | None | None |
| Chemical resistance (lab-grade) | Excellent (Nitrile NBR) | Moderate | Good (acid) / Poor (alkali) | Poor (acid attack) | Good (brittle) |
| Acoustic ΔLw (impact sound) | 10–22 dB | 3–8 dB | 0–3 dB | 0 dB | 0–2 dB |
| ESD dissipative variant | Yes (BS EN 61340-5-1 Nitrile) | Yes (specialist only) | No | No | Yes (specialist only) |
| Equality Act accessibility | Excellent (Shore A ≥ 55 available) | Good | Good | Good | Good |
| Building Regulations Part E | Excellent (10–22 dB ΔLw) | Poor (3–8 dB) | None | None | None |
| COSHH impervious surface | Yes (seamless bonded) | Yes | No (grout joints) | No (surface porosity) | Yes (if intact) |
| Installed cost (£/m²) | £14–45 | £20–45 | £35–80 | £30–70 | £25–55 |
| Lifespan (HE environment) | 12–25 years | 8–15 years | 15–30 years | 10–20 years | 5–12 years |
BREEAM Education and University Sustainability
The majority of new UK university buildings target BREEAM New Construction or BREEAM Education certification. Rubber flooring directly supports three BREEAM credit categories:
- Mat 03 (Responsible Sourcing of Materials): Recycled SBR and EPDM chip products with verified recycled tyre content (80–95%) and WRAP Aggregates Protocol compliance
- Hea 05 (Acoustic Performance): Rubber floor systems providing ΔLw ≥ 12 dB in student accommodation and supporting ≤ 35 dBA BB93 background noise targets in teaching spaces
- Hea 02 (Indoor Air Quality): Zero-VOC solvent-free PU adhesive specification — critical for labs and accommodation
- Net Zero Carbon: 80–95% recycled content + 20–25 year lifespan + full end-of-life recyclability aligns with university Scope 3 embodied carbon reduction targets and TCFD reporting
University-Specific Installation Requirements
- Sub-base decontamination: Pre-1990 university lab floors may contain mercury, PCBs, or pH-extreme contamination. Shot-blast/scabble to CSP 3–5; test residual contamination before adhesive specification
- Asbestos survey (CDM 2015 + Control of Asbestos Regs 2012): Pre-1990 university buildings routinely contain asbestos floor tiles or adhesive layers — R3 refurbishment survey required before any floor work
- Term-time installation constraints: UK teaching terms (October–December, January–March, April–June) with 08:00–22:00 occupation 7 days/week. Major installations must be sequenced in vacation windows (July–September primary; Christmas/Easter secondary) — document in CDM Construction Phase Plan
- VOC/IAQ: Zero-VOC solvent-free PU adhesive mandatory in labs (residual solvent vapour contaminates analytical instruments) and accommodation (duty of care to students)
- ESD earthing: Copper earth braid 10mm², ≤ 2m intervals, bonded to building earth, BS EN 61340-4-1 post-installation test certificate — retained in CDM H&S File and equipment insurance records
- Post-installation testing: BS 7976-2 PTV certificate (minimum 10 sample points per zone); ESD resistivity certificate where applicable; BS EN 61111 proof test for insulating mats — all in CDM H&S File for O&M manual
Budget Guide: University Rubber Flooring Costs
| Zone / Application | Compound | Thickness | Installed Cost (£/m²) | Expected Lifespan |
|---|---|---|---|---|
| Teaching lab floor (COSHH Nitrile) | Nitrile NBR 28% ACN | 6–10mm | £22–38 | 12–18 years |
| Lab bench anti-fatigue | Nitrile anti-fatigue | 14–20mm | £28–45 | 12–18 years |
| ESD research lab | Anti-static Nitrile (BS EN 61340-5-1) | 6–10mm floor + anti-fatigue | £35–55 | 12–18 years |
| Lecture theatre anti-fatigue (lectern) | Virgin SBR | 14–20mm | £18–30 | 12–18 years |
| Sports hall (BS EN 14904 system) | Recycled SBR | 11–18mm total system | £20–35 | 15–20 years |
| Fitness suite / gym floor | EPDM chip or Recycled SBR | 15–20mm | £18–32 | 15–20 years |
| Student accommodation corridors | Virgin SBR or EPDM | 6–10mm | £14–24 | 12–18 years |
| En-suite bathroom (DIN 51097 Class C) | EPDM perforated | 6–10mm | £18–28 | 15–20 years |
| Campus catering kitchen | Nitrile food-grade anti-fatigue | 14–22mm | £22–38 | 12–18 years |
| HV substation insulating mat | BS EN 61111 Class II | 8–12mm | £45–85 | 10yr (test-limited) |
| Server suite / HPC ESD | Anti-static Nitrile | 14–20mm | £30–45 | 12–18 years |
| Plant room anti-vibration pads | EPDM | 20–50mm | £35–80 | 15–25 years |
Frequently Asked Questions
What rubber flooring is required in a university chemistry lab under COSHH 2002?
COSHH 2002 Regulation 7 requires impervious, non-porous, chemical-resistant floor surfaces as an engineering control. For teaching chemistry labs using acids (H&sub2;SO&sub4;, HCl, HNO&sub3;), bases (NaOH), and common solvents (acetone, ethanol), specify Nitrile NBR 28–33% ACN seamless bonded sheet, 6–10mm, hot-welded seams, with a manufacturer's chemical resistance data sheet confirming acid, base, and solvent resistance. Recycled SBR is categorically excluded from all COSHH-classified labs due to carbon black particle shedding, PAH content, and hydrocarbon swelling. The material specification, installation date, and seam type must be documented in the COSHH risk assessment for the laboratory (required for UCEA H&S compliance audits and HSE inspection).
Is ESD matting required in university research laboratories?
It depends on equipment ESD sensitivity. For labs housing SEMs, TEMs, AFMs, photonics/optics equipment, electronics workbenches, or semiconductor characterisation instruments: specify anti-static Nitrile NBR, BS EN 61340-5-1:2016 certified, surface resistivity 10&sup6;–10&sup9; Ω, no carbon black, with copper earth braid ≤ 2m and a post-installation BS EN 61340-4-1:2019 test certificate retained in the university H&S file. Annual ESD test certificate should be submitted to the research equipment insurer — ESD-related damage may be excluded from buildings insurance if ESD floor compliance cannot be demonstrated.
What are the Building Regulations Part E requirements for student accommodation rubber flooring?
Part E requires impact sound L'nT,w ≤ 45 dB between student bedrooms and airborne D'nT,w ≥ 45 dB between bedroom and corridor. A 10mm rubber floor system (EPDM or SBR) provides approximately 12–18 dB ΔLw impact attenuation. Combined with a suitably specified floor-ceiling assembly, rubber can bring a student accommodation floor into Part E compliance at lower cost than structural solutions alone. Specify compound, thickness, and installation method in the CDM Pre-Construction Information and confirm in the H&S File acoustic compliance certificate.
What flooring is required in a university HV/LV substation?
All HV and LV switchgear fronts require BS EN 61111:2009+A1:2017 electrical insulating matting under EaWR 1989 Regulation 13. An 11kV secondary substation requires Class II matting (17kV AC proof test); a 33kV primary substation requires Class III (26.5kV AC); LV distribution boards require minimum Class 0 (1kV AC). Critically: BS EN 61111 insulating matting (volume resistivity > 10¹³ Ω) and BS EN 61340-5-1 ESD dissipative matting (10&sup6;–10&sup9; Ω) are opposite products — never interchange them. An annual proof test certificate must be retained in the university electrical maintenance file.
Does rubber flooring comply with the Equality Act 2010 for university buildings?
Yes, when correctly specified. Requirements: maximum 13mm threshold height (Approved Document M) at entrance mats; LRV contrast ≥ 30 points (BS 8300:2018) between mat and surrounding floor for visually impaired users; Shore A ≥ 55 firmness at all wheelchair/mobility aid paths (loose foam mats excluded from accessible paths); maximum 4mm edge upstand (RIDDOR trip hazard). Recessed mat wells are preferred at major entrances handling wheelchair and mobility scooter users.
What BREEAM Education credits are available for rubber flooring?
Rubber flooring directly supports three credit categories: Mat 03 (Responsible Sourcing) for recycled SBR/EPDM with verifiable recycled tyre content (80–95%) and WRAP chain of custody; Hea 05 (Acoustic Performance) for systems contributing to Part E L'nT,w ≤ 45 dB compliance and BB93 ≤ 35 dBA in teaching spaces; and Hea 02 (Indoor Air Quality) for zero-VOC solvent-free PU adhesive. Engage your BREEAM assessor at RIBA Stage 2 to confirm credit applicability and evidence requirements for the specific certification target.
Can rubber flooring meet BUCS competition standards for university sports halls?
Yes. Specify a recycled SBR 11–18mm total system (BS EN 14904:2006 tested), shock absorption Class A (≥ 53% DIN 18032-2), DIN μ 0.4–0.6, vertical deformation ≤ 3.5mm, rolling load ≥ 1,500N. Confirm water-based court line marking paint compatibility with the manufacturer — multi-sport lines (Basketball England, Badminton England, Volleyball England, England Netball) must adhere without delaminating the rubber surface over a minimum 10-year floor system warranty period.
Rubberco supplies rubber flooring to university estates teams, M&E contractors, CDM Principal Contractors, and research facilities managers across the UK. For compound selection guidance, chemical resistance data sheets, BS EN 61340-5-1 certification, BS EN 61111 compliance data, and BS 7976-2 slip resistance test certificates, contact our technical team. Browse our full range: Industrial Floor Mats, Anti-Fatigue Mats, Rubber Matting Rolls, Gym & Sports Flooring.
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- Is Rubber Flooring Good for Gyms? — specification for university sports halls
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