Grey Basalt Natural Finish

1

Size

R9

Natural

Variation

V2
6

Grey Basalt is a stone-effect porcelain slab and forms part of our Basalt Stone Range. This slab is offered with a Natural finish. To order a Grey Basalt colour sample in Natural finish click the Order Sample button below or add to your favourites using the icon.

1000 x 1000

Grey Basalt Product Story

Celebrating the strength of volcanic rock, Basalt Stone features the exquisite detail and vesicular texture evident in basaltic lava. Carefully reproduced textures and veining mix to create layers of movement, resulting in a rich variation of hues and tones. Available in 1000 x 1000 mm format, Basalt Stone benefits from the latest compaction technology and is offered in a lightweight 6 mm thickness. Contemporary colours bring depth and richness to both walls and floors and ensure that Basalt Stone will continue to be a very relevant and popular surface covering. Grey Basalt is part of our  Stone-effect  Collection.

Size & finish

Colour Finish Size (MM)
Grey Basalt | Moka Basalt | Sand Basalt Natural 1000 x 1000 x 6

Similar Colours

In addition to Grey Basalt, we also offer a number of other grey stone-effect porcelain tiles.

Discover similar tiles

Basalt Stone Collection

The Basalt Stone Collection is also available in the following colours and finishes:

  • Grey Basalt – Natural
    Grey Basalt – Natural
  • Moka Basalt – Natural
    Moka Basalt – Natural
  • Sand Basalt – Natural
    Sand Basalt – Natural

Technical Specification

Shade Tone Variance

Grey Basalt – Natural has been classified: V2

Understanding Shade Tone Variance

porcelain tile shade tone variation

Shade, texture and tone can vary from piece to piece within a single tile production run. V1 shade tone variation has little or no change from piece to piece where a V4 might have a substantial variety of shade, texture and tone variation.

Variance RatingDescription
V1Uniform Appearance
V2Slight Variation
V3Moderate Variation
V4Substantial Variation

Pendulum Test Values (BS 7976-2)

FinishConditionsResultSlip Potential
NaturalDry42
NaturalWet18

Understanding Pendulum Data

The HSE Approved Pendulum Test accurately replicates the Dynamical Coefficient of Friction (COF) or 'Heel Slip' on floor surfaces and is designed to replicate a pedestrian heel strike, the point at which most slips occur.

The pendulum test readings obtained are referred to as either the Slip Resistance Value (SRV) or Pendulum Test Value (PTV). When the test is operated properly, the PTV should be interpreted as shown in the table below. This table relates to pedestrians walking in a straight line on a level surface. It can be used to accurately test the slip potential on dry or contaminated floors.

PTVSlip Potential
0 - 24High
25 - 35Moderate
36 + Low

See British Standard BS 7976-2 for more information on conducting Floor Pendulum Testing on pedestrian surfaces. Pendulum Test Certificate available on request.

Ramp Test Values (DIN 51130)

Finish/StyleR Rating ValueFriction
Natural R9 Minimal

Understanding Ramp Test Data

DIN Standard Ramp Testing (DIN 51130) is an alternative to Pendulum Testing and generally categorised as an 'off-site' activity because of the size and complexity of the equipment required to carry out the test. The Slip Resistance Values (RSV) are factory gate values (based on supplied tiles) and categorised using the Ramp Test (DIN 51130) method which is commonly used by European factories. In this method, a lubricated inclined platform is adjusted to a gradually increasing gradient, and the angle is measured at which a person walking on it slips.

We have deliberately not included the ramp test angles on this page as this information can be confused with the angle that a floor may be safely set to, which is incorrect. The shod test results are quoted as an R Rating value from R9 to R13, which relates to the ramp angle.

R Rating ValueFriction
R9Minimal
R10Normal
R11Good
R12Good
R13Very high

See the Health and Safety Executives website for more information regarding the Ramp Test procedure. Ramp Test Certificate available on request.

Technical Data

SpecificationTest MethodsRequired ValueManufacturers mean value
Length and WidthISO 10545-2± 0.6% max± 0.1%
ThicknessISO 10545-2± 5% max± 3%
LinearityISO 10545-2± 0.5% max± 0.1%
WedgingISO 10545-2± 0.6% max± 0.1%
WarpageISO 10545-2± 0.5% max± 0.2%
Water AbsorptionISO 10545-3≤ 0.5 %0.03% - 0.06%
Deep abrasion resistanceISO 10545-6≤ 175 mm³142 mm³
Coefficient of linear thermal expansionISO 10545-8Testing method availableOn Request
Resistance to thermal shocksISO 10545-9Testing method availableResistant
Frost resistanceISO 10545-12No sample must show alterations to surfaceFrost proof
Resistance to chemical productsISO 10545-13No sample must show visible signs of chemical attack (Acids, bases, additives for pools) Except for products contain hydrofluoric acid and derivatives.Complies
Stain resistanceISO 10545-14Testing method availableResistant to stain
Slip ResistanceDIN 51130-R9 Natural

Basalt Stone is ECOLABEL and LEED® certified.

Download PDF Catalogue

You can download the Basalt Stone PDF catalogue here. You can call us on 020 3141 3337 or email enquiry@porcelaintiles.co.uk for more information about our Italian porcelain tiles. You can also download the Now Imagine catalogue here. Now Imagine provides our clients with full technical and manufacturing support, enabling them to incorporate large format Italian porcelain surfaces into their designs in new and innovative ways. Through our Now Imagine campaign we hope to inspire designers to think of each porcelain slab as a creative surface. Discover more here.

Ordering tile samples

To order Grey Basalt – Natural tile samples please click the black Order Sample button.

To review your items or to complete your order simply click on the white  tile icon in the top right-hand corner on any page of our website. You will then have the opportunity to review, edit or complete your order. You can also complete your order by clicking on the button below.

Tile samples are provided in 10 x 20 cm format.

Environmentally Certified

All our porcelain surfaces are manufactured using sustainable processes that minimise the impact on the environment, conserving both energy & natural resources.

All products are produced without the use of any harmful or radioactive materials, are free from pollutant emissions and will not effect air quality. All packing material is produced with recycled material. Wherever possible, heat generated as a by-product of the manufacturing process is used for electricity generation, making factories energy self sufficient. All waste material that is associated with the supply of the tile surface is fully recyclable.

All products are manufactured using materials from renewable sources. They have a reduced environmental impact throughout their lifespan and no toxic, harmful or polluting substances are used for their composition and production. The materials do not release toxic, harmful or polluting substances.

Basalt Stone meets the highest standards of quality and environmental regulations and conforms to the following certifications:

LEED®

LEED<sup>®</sup> certified

LEED® (Leadership in Energy and Environmental Design) is the world's most widely used green building rating system by the U.S. Green Building Council. LEED® certification provides independent, third party verification that a building project meets the highest green building and performance measure. All certified projects receive a LEED® plaque, which is nationally recognized symbol demonstrating that a building us environmentally responsible, profitable and a healthy place to live and work.

The LEED® program encourages the adoption of sustainable green building and development practices and promotes a whole-building approach to sustainability by recognizing performance in five key areas of human and environmental health: sustainable site development, water savings, energy efficiency, materials selection and indoor environmental quality.

All porcelain tiles within our collection comply with LEED® certification and are suitable for the LEED® approval process.

EU Ecolabel

ECOLABEL certified

The EU Ecolabel helps you identify products and services that have a reduced environmental impact throughout their life cycle, from the extraction of raw material through to production, use and disposal. Recognised throughout Europe, EU Ecolabel is a voluntary label promoting environmental excellence which can be trusted.

The EU Ecolabel is awarded according to ecological criteria agreed on by experts, industry, consumer organisations and environmental NGOs and verified by independent third parties.

NSF®

NSF certified

NSF® has facilitated the development of more than 75 standards and protocols for sanitary food equipment, and has certified thousands of products as safe to use in restaurant and commercial kitchen settings. NSF® food equipment standards include requirements for material safety, design, construction and product performance. The products conform to the requirements of NSF/ANSI Standard 51 – Food Equipment Materials. NSF/ANSI 51 establishes minimum public health and sanitation requirements for materials and finishes used in the manufacture of commercial foodservice equipment.

GREENGUARD

GREENGUARD certified

GREENGUARD Certification ensures that a product meets stringent standards for minimal emissions of volatile organic compounds (VOCs) into indoor air. This program provides assurance that products designed for indoor use adhere to strict chemical emissions limits, fostering the creation of healthier interiors. Manufacturers with GREENGUARD Certification gain credibility for their sustainability claims, supported by empirical technical data from an unbiased third-party organisation. The GREENGUARD Certification Program instills confidence by ensuring that indoor products meet strict chemical emissions limits, contributing to the creation of healthier interior spaces. This empowers manufacturers to produce and customers to identify products with low chemical emissions, thereby supporting air quality and environmental well-being.

For more information please read our article on Environmental Impact.

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