We offer standardized testing of extinguishing installations like sprinkler, water mist systems, gas systems and foam systems for land based, offshore- or maritime applications.

The tests are often performed in our test hall, which is one of the largest test halls for its use worldwide. In the test hall we control both wind and temperature conditions, which gives us the opportunity to conduct a variety of standardized tests and R&D experiments.

If you need to conduct tests, either ad hoc tests or tests according to test standards, please contact us and we will help you plan a test program. We are highly experienced in extinguishing tests and we can therefore offer our clients the confidence they desire when important R&D projects and classification tests are to be carried out.

If there exist test reports documenting the extinguishing system's efficiency, we can make assessments as to whether the system is suitable for other applications as well.

We are accredited for the following standardized methods:

• EN 14972 (Published parts from 1 to 17) Fixed firefighing systems - Water mist systems.
• IMO Res. MSC. 265 (84) Fire test procedures for water mist systems in accommodation, public spaces and service areas on passenger ships.
• IMO MSC/Circ. 1165 Test method for fire testing equivalent water-based fire-extinguishing systems for machinery spaces of category A and cargo pump-rooms.
• IMO MSC/Circ. 1387 Test method for fixed water-based local application fire-fighting systems.
• IMO MSC.1/Circ.1430 Test method for fixed water-based fire-fighting systems for RO-RO spaces and special category spaces.

In addition, we can conduct ad hoc tests and tests according to a range of standards, such as ISO, IMO, CEN, VdS, FM, UL etc.

• Test report
• Assessment reports
• Product documentation

RISE offers testing of photoluminescence materials which are used as marking for example emergency exit in buildings, ships and aircrafts. The material is charged by ambient light and will in event of a power failure light up and provide opportunity to find emergency exits despite darkness.

Emergency exits shall be marked in a manner that people may evacuate a building in a efficient manner in case of fire or other emergency. Fulfiling the requirements in occurring standards for emergency signs confirms that the signs are safe and will light up despite darkness. Another example of products tested may be phosphorescent pigments and products. 

RISE is accredited for testing of photoluminescence materials in accordance with the requirements in DIN 67510-1, ISO 15370, ISO 16069 and ISO 17398.

Testing involves photometric measurements of luminance decay and colour of the object in daylight condition and night condition. 

The results are presented in a report in Swedish or English which indicates that the testing is accredited.

DIN 67510-1

ISO 15370

ISO 16069

ISO 17398

RISE perform testing of road equipment, guide posts, sign posts and their materials

Testing of road equipment, guide posts, sign posts and their materials are made in accordance with occurring standards.

We perform testing in accordance with RISE Method 2519 for road equipment, guide posts, sign posts and their materials against requirements in occurring standards.

Tests are performed against following standards:

SS-EN 1463-1

SS-EN 12899-1, part 1

SS-EN 12899-3, part 3

CUAP 01.06/04

DIN 67520

DIN 6171-1

The results are presented in a report in Swedish or English which indicates that the testing is accredited.

SS-EN 1463-1

SS-EN 12899-1, part 1

SS-EN 12899-3, part 3

CUAP 01.06/04

DIN 67520

DIN 6171-1

Are you curious about the nanostructure of your material? We offer characterization on nanoscale level of materials by SAXS, WAXS and GISAXS measurements at our laboratory beamline. Depending on the material type, the material characterization involves analysis of size, shape, periodicity, porosity, orientation, crystalline structure, etc.

Characterization of the nanostructure of materials provides an opportunity to understand the relationship between process, structure and material properties.

• Do you know the relationship between nanostructure and macroscopic e g mechanical properties of your material?
• Will your process parameters affect the nanostructure of your material?
• Are you planning to do advanced X-ray scattering studies on a synchrotron facility? SAXSpoint 2.0 provides analysis results of materials nanostructures close to the synchrotron level.

SAXS* measurements provide information on structures in the range 1 - 170 nm. The method is accurate, non-destructive and usually requires only a minimum of sample preparation. SAXSpoint 2.0 is a unique, advanced, automated SAXS / WAXS* / GISAXS* instrument from Anton Paar. In order to minimize background disturbance, the sample chamber is under vacuum, which means that the sample environment must be vacuum compatible. Glass capillaries are used for liquids, and wet samples can be mounted in sample holders with windows of Kapton film. SAXS and WAXS measurements are made on the same sample with scattering angles up to 65 °. A background measurement of air / water between the Kapton films is normally made with the same settings. The background measurement is subtracted from the sample measurements.

GISAXS is a scattering technique used to study nanostructured surfaces and thin films. The sample is mounted on a GISAXS sample holder.

SAXSpoint 2.0 instrument data:

• X-ray source: Microsource Supernova Copper, wavelength 1.541 Å

• X-ray optics and collimation: ASTIX optics and X-ray alignment

• sample holders for liquids, solids, powders and thin films

• test environment: vacuum; ambient or temperature controlled

• detector: 2 D Eiger R 1M

• Available q range: 0.037 nm-¹ to 43.9 nm-¹, 170 nm> d> 0.14 nm

• software: SAXSdrive ™ for measurement and SAXSanalysis ™ for analysis

* Small-Angle X-ray Scattering (SAXS), Wide-Angle X-ray Scattering (WAXS) and Grazing-Incidence Small Angle X-ray Scattering (GISAXS)

Measurement data and report with analysis results.

Delivery time depends on the scope of the analysis.

  Contact us for price information.

Contact us for discussion of amount of material etc. Possibility to participate at the measurement occasion.

Studies show that the brain is more sensitive towards rotational as opposed to pure translational motion hence, different helmet manufacturers approach this claim differently. RISE offers measuring of not only the conventional translational motion but also the rotational one, where the latter affects helmets upon oblique impacts.

RISE has a very long experience in testing of personal protective equipment ( PPE ) and, in addition, actively participates in the efforts of improving and developing existing or new standards at the European and international levels.

Helmet testing can be carried out not only according to a number of standards, within the field of PPE, but also according to clients' own requirements and specifications. Else, help can be extended in developing new methods based on clients’ needs, and in conducting type-approval tests against the Regulation (EU) 2016/425.

RISE is a "one-stop-shop" for testing and certification of PPE.

In our laboratories we have a large number of test rigs and equipment for performing general and special mechanical tests - such as rotational impact tests.

After testing, a full test report with an accreditation mark can be obtained, that is if the method is already accredited, and the report can serve as a basis for the documentation required for the certification process.  However, if the test is not intended for certification purposes, such as in the case of product development tests, regular report along with graphs and data files can be obtained. Additionally, high-speed filming is also available upon request.

Upon agreement

Helmets can be tested partly according to the existing standards, e.g. EN1078, EN1384, EN1077, etc., and partly according to the proposal for rotational testing that is still work-in-progress of the European working group CEN TC158-WG11.

Read more about PPE area

Is the surface according to the specifications? What changes in the surface texture are the effect of a process change? What differences are there in the surface texture of one surface compared to another? How is the surface texture affected by wear? Questions as these can be answered by performing a non-contacting optical measurement of the surfac

Surface texture is sometimes called surface topography or surface roughness. These are terms meaning the geometrical shape of a surface at small scales, often in the micro or nano meter range. Surface texture is important for the function and performance of components in many cases. Changes in processing often show as changes in the surface texture of processed components.

With control over the surface texture it is possible to secure that specifications are well defined and whether specifications are met. It also is possible to adjust manufacturing processes and to find specifications that ensure well-functioning surfaces.

Non-contacting optical measurement using interferometry, confocal microscopy or focus variation depending on suitability. Also, the possibility for indirect measurement by using replica.

Measured areas can be up to several centimeters and the resolution can be down to parts of a micrometer laterally and nanometers vertically.

Documentation according to agreement.

According to agreement

ISO 4287

ISO 13565

ISO 21920

ISO 25178

TECHNICAL BULLETIN 117-2013. Requirements, Test Procedure and Apparatus for Testing the Smolder Resistance of Materials Used in Upholstered Furniture.

An evaluation method for testing the ignitability of materials used in upholstered furniture such as cover fabrics, barrier materials as well as filling materials. In California, USA, compliance with the method is a legal requirement. Also, where the method is not a legal requirement it is widely used.

The test material is arranged in a test rig together with standard material depending on whether it is outer fabric, barrier material or filling material that is to be tested. The test rig forms a 90-degree angle between the seat and back where a smoldering cigarette is placed and covered with a cotton fabric. The progress of combustion is observed and evidence for progressive smoldering or ignition is recorded. The area of the charring is also measured to evaluated compliance with the requirements.

One report in Swedish or English with the test results.

Normal delivery time is 5-10 working days. A more accurate delivery time is stated in the order confirmation which is sent after received order and sample material.

Find our order form here

Test material needed for testing:

• Cover fabric: 6 st specimen (203 x 203) mm, and (203 x 381)* mm, valid for section 1.
• Barrier material: 6 st specimen (203 x 203), and (203 x 305)* mm, valid for section 2.
• Stoppning: 6 st specimen  (203 x 127 x 51), and (203 x 203 x 51) mm, valid for section 3.
  
  *The longer dimention shall be cut in the warp direction.

TECHNICAL BULLETIN 117-2013, section 1, 2 & 3.

RISE offer textile testing according to the following healthcare standards: SS 8760001:2016, SS 8760002:2018, SS 8760164:2018, SS-EN 13795-1 och SS-EN 13795-2.

At RISE, we assist healthcare and producers in testing healthcare textiles and to verify that products meet current specifications in order to be delivered and used in the healthcare sector.

The mentioned standards include many different test methods, for example fire testing, mechanical testing, linting, water absorption, waterproofness, air permability, comfort methods, colour fastness, etc. We also perform other test methods on textile products and  many of the methods are accredited.

Results are delivered in a written report.

Normal delivery time is ten working days after receiving the test material. In some cases, shorter delivery times can be offered.

SS 8760001:2016
SS 8760002:2018
SS 8760164:2018
SS-EN 13795-1
SS-EN 13795-2

We offer testing of fireplaces and chimneys according to a number of standards.

The objectives of the tests are amongst others to decide whether or not the products are safe in use, determine minimum safety distance requirements, measure particle emissions to check if the products comply to given environmental requirements.

We offer testing according to the following standards:

• Environmental and safety test for heating appliances
  • EN 13240 Roomheaters fired by solid fuel
  • EN 13229 Inset appliances including open fires fired by solid fuels
  • EN 15250 Slow heat release appliances fired by solid fuel
  • EN 12815 Residential independent boilers fired by solid fuel
  • EN 16510-1 Residential solid fuel burning appliances
• Test of small chimneys
  • EN 1856-1 Requirements for metal chimneys
  • EN 1859 Metal chimneys - Test methods
  • EN 13216-1 Test methods for system chimneys
• Test of boiler plants
  • EN 12809 Residential independent boilers fired by solid fuel

After conducted tests the results will be summarised and presented in a report in English, Swedish or Norwegian language.

• EN 13240
• EN 13229
• EN 15250
• EN 12815
• EN 16510-1
• EN 1856-1
• EN 1859
• EN 13216-1
• EN 12809

Testing of products and devices according to EN 149, EN-ISO 20743, EN 14683, EN 1500,EN 1499, EN 166 and EN ISO 18526-3.

During the corona pandemic (Covid-19), RISE focuses and prioritises efforts to support the hospitals and producing companies. This could be testing products and changing their production line. Part of this is testing of protective equipment such as respiratory protection, antibacterial textiles and disinfectants to document that the protective equipment meets current legal requirements in order to be delivered to the healthcare system. Examples of what we offer are:

• EN 149 - Respiratory protective devices - Filtering half masks to protect against particles - Requirements, testing, marking
• SS-EN 14683:2019 Medical face masks - Requirements and test methods.
• SS-EN 1500:2013 Chemical disinfectants and antiseptics - Hygienic handrub - Test method and requirements
• SS-EN 1499 Chemical disinfectants and antiseptics - Hygienic handwash - Test method and requirements
• ISO 20743:2013 Textiles — Determination of antibacterial activity of textile products
• EN 166 Personal eye protection. Specifications
• EN ISO 18526-3 sections 6.2 and 6.3 Eye and face protection. Test methods. Physical and mechanical properties

• EN 149 - Respiratory protective devices - Filtering half masks to protect against particles - Requirements, testing, marking
• SS-EN 14683:2019 Medical face masks - Requirements and test methods.
• SS-EN 1500:2013 Chemical disinfectants and antiseptics - Hygienic handrub - Test method and requirements
• SS-EN 1499 Chemical disinfectants and antiseptics - Hygienic handwash - Test method and requirements
• ISO 20743:2013 Textiles — Determination of antibacterial activity of textile products
• EN 166 Personal eye protection. Specifications
• EN ISO 18526-3 sections 6.2 and 6.3 Eye and face protection. Test methods. Physical and mechanical properties

Results are delivered in a written report.