Using the equipment The Sweating Indentor, properties related to microclimate can be measured, which is essential for a product’s perceived comfort.

For products with close-to-body use, such as clothes, furniture, and mattresses, their microclimate properties are important for them to be perceived as comfortable. Such properties are called “thermophysiological properties” within the comfort area, and are crucial for a product to be perceived as “moderately warm” and not cause discomfort due to sweating. By performing measurements with the sweating impression body, numerical values can be assigned to these material properties, which can be of great help in comparing different products and in product development.

Products for which this measurement method is suitable include: Beds, mattresses, seat cushions, and wound dressings.

The Sweating Indentor is heated to body temperature and contains water which can be released through a perforated surface in the form of water vapor at a rate that roughly corresponds to the moisture release from a human body at rest. The impression body can thus be considered to simulate a human body (which emits heat and moisture). By pressing the impression body against the test object, with a temperature and humidity sensor placed in the contact zone, the resulting temperature and relative humidity can be determined

A test assignment results in measurement values for the microclimate that was measured, i.e., the temperature and relative humidity that the test body gave rise to. The test result is documented in a technical report.

Eventuella förberedelser diskuteras i samband med beställning

It is important that dyed textiles maintain their intended colour and do not bleed onto other fabrics and materials through staining. When we sweat, fabrics that come into contact with the skin can be affected, and if the colour does not adhere as it should, it can cause unwanted staining.

One of the most common sources of consumer complaints is when dyed textiles change and vary too much from the purchased product and become unacceptable to the user. A piece of fabric can have good colour fastness in one state but worse in another. It can therefore be important to test a textile’s colour fastness when exposed to sweat. A good example is a light-coloured bra that is discoloured by a coloured shirt that has become moist from sweat. 

Poor colour fastness can be due to pretreatment, choice of dye, dyeing process, aftertreatment, and use.

The fabric is moistened with sweat liquid and placed under pressure at 37°C for 4 hours together with staining-fabric of the chosen fiber type. Colour change and staining are assessed in a light box under standardized light against a gray scale.

A report in Swedish or English is provided with obtained results. 

Normal delivery time is 5-10 business days. A more exact delivery time is specified in the order confirmation that is sent after recieved order and sample material.

SS-EN ISO 105-E04

Through artificial weathering, you can, during controlled conditions, determine how well a textile material withstands the impact of external factors such as UV light, temperature, humidity, and rain.

Accelerated weathering allows, during controlled conditions, enable an artificial environment where a textile material can be exposed to external stresses, such as UV light, temperature, and humidity. This is done to predict how the material ages over time.

RISE offer testing according to ISO 4892-2 and ISO 105-B10. Common evaluation after accelerated aging includes color fastness, but mechanical evaluation, such as tensile testing, can also be conducted.

A report in Swedish or English covering the obtained results.

The standard delivery time is 5-10 business days. A more precise delivery time will be provided in the order confirmation sent after receiving the order and sample materials.

SS-EN ISO 105-B10

SS-EN ISO 4892-2

It is important that the textiles on the market are free of harmful and regulated substances. Chemical analysis is a way to gain control over the products' chemical content.

Extractable metals such as lead, arsenic, cadmium, mercury, chromium, cobalt and nickel should not be present in products. 

Society and consumers set high demands on companies and their products. The legislation also means that you as an actor must have complete information and control over the chemicals in your product. It is especially important with products for children and goods with skin contact, such as clothes and accessories.

We can help you interpret the legal requirements in REACH and POPs and propose appropriate analyzes.

Analysis according to SS-EN 16711-2 and OEKO-TEX® STANDARD 100 M&ML-10.

This method is applicable to textile in any form (fibres, yarn, fabrics, etc.), leather materials as well as make-up, metallic and other accessories.

Analysis of Chromium (VI) according to OEKO-TEX OEKO-TEX® STANDARD 100 M-12.

Written report in Swedish or English

After order and arrival of sample material - normal delivery time 10 working days.

With its extensive experience of how vibration affects objects, RISE can help the customer to develop and carry out relevant tests and determine how well a design or object can withstand mechanical stress from the surrounding environment. We offer accredited testing for a large number of standards (IEC, ISO, ASTM, MIL, etc.).

Vibrations and shocks can damage structures. They can cause mechanical failure or cause electrical malfunction. To prevent these problems, we perform vibration testing from some single hertz up to 2000 hertz. Everything from small to large specimens, in heat or cold, under simultaneous functional monitoring or without. In addition, with RISE unique technical width, we can be a discussion partner and tailor test solutions that facilitate the customer and produce relevant results. 

The mechanical tests are usually performed on our vibrators in our labs. In these labs we also have access to other equipment for environmental durability testing eg. climate chambers. By working closely with our internal suppliers, such as fixtures and workshop services, we solve most things inhouse within a short period of time.

Often results are communicated on an ongoing basis during a test. Sometimes the customer participates during the actual testing. After a completed test, the results are usually documented in a technical report. Most of the reports we issue are accredited. The report can for example provide the basis for further CE marking

IEC 60068-2, entire series

ISO 16750, entire series

DNVGL

Lloyds Register

UN 38.3

MIL-STD

We also perform tests other than the above listed methods, both with and without accreditation.

Climate testing of batteries is performed to evaluate or determine that a battery can operate in and handle different climates. These tests are essential to ensure battery performance and to fulfil specific requirements for the battery's intended use.

Climate testing of batteries is a testing method that examines how a battery performs under different climate conditions. It involves testing the battery for various parameters such as temperature and humidity. These parameters may also be combined with other factors such as vibration, electrical cycling, internal cooling or other factors that may affect the battery's performance, reliability and safety.

Climate testing of batteries is essential to ensure that batteries fulfil the requirements of their application area. There may be different requirements in different markets. For example, one market may require cycling between high and low temperatures, while another requires moisture testing. Climate testing of batteries prevents problems such as reduced capacity, overheating, leakage or fire. Climate testing also provides valuable input to the design and construction of the battery.

Climate testing of batteries involves placing a battery in equipment that can produce low or high temperatures with (or without) increased (or decreased) relative humidity. A battery is typically exposed to temperature changes within a temperature range of -40 °C to +72°C. The battery may spend several hours in each extreme temperature during each cycle, lasting from a few days to several weeks. Sometimes, the temperature change can also include a humidity cycle, which means that the relative humidity of the surrounding environment changes, usually between 10% RH and 98% RH.

IEC 60068-2-1

IEC 60068-2-2

IEC 60068-2-5

IEC 60068-2-38

UN38.3 

UN ECER100

GTR20

GB38031

Möbelfakta is an environmental label for furniture. In order to be able to Möbelfakta mark a piece of furniture that includes textile materials, it must, among other things, meet Möbelfakta's requirements.The RISE textile materials laboratory can test according to the criteria in Möbelfakta's requirements document regarding the textile materials.

RISE helps you find out if your textile meets the requirements according to Möbelfakta's requirement specification.
This can be used as a basis to demonstrate that the material fulfill Möbelfakta's requirements or further as a basis for Möbelfakta labeling of furniture.
 

Möbelfakta's requirement specification 2024-01-01.
Methods according to note 1.5.2 Textile (indoor furniture) and 1.5.3 Textile (outdoor furniture and parasol, sun protection).
The properties covered by the above notes are the following:

• Abrasion     SS-EN ISO 12947-2
• Pilling     SS-EN ISO 12945-2
• Colour fastness to light     SS-EN ISO 105-B02
• Seam slippage     SS-EN ISO 13936-2 eller -3
• Colour fastness to rubbing     SS-EN ISO 105-X12
• Colour fastness to laundering      SS-EN ISO 105-C06
• Colour fastness to dry cleaning     SS-EN ISO 105-D01
• Colour fastness to water spotting     SS-EN ISO 105-E16
• Colour fastness to perspiration     SS-EN ISO 105-E04
• Dimensional change     SS-EN ISO 5077
• Colour fastness to artificial weathering      SS-EN ISO 105-B10
• Tensile strength     SS-EN ISO 13934-1
• Tear strength     SS-EN ISO 13937-2

The majority of the above methods are covered by the RISE accreditation scoop.

One report in swedish or english.

Vibration testing of batteries is carried out to ensure that batteries can withstand the vibrations they may be subjected to in different applications. This is important to guarantee the safety and functionality of the battery. In some cases, it is necessary to fulfil national and international requirements.

A vibration test of batteries is a test in which batteries are subjected to various levels of vibration. This is done to examine whether the battery can withstand vibrations associated with its intended use. The test involves investigating and detecting resonances or testing reliability. It is also possible to investigate battery endurance through accelerated vibration testing.

Vibration testing of batteries is essential to ensure the battery's design and to secure that the battery fulfils its specific requirements and regulations. Through vibration testing, the design's robustness and reliability are evaluated. This way, input is obtained early in the development and can give input to adjustments and security measures early in the process. This helps avoid technical shortcomings and high costs. 

A battery vibration test involves mounting the battery as a component, using a suitable fixture on equipment, where the equipment can generate different types of vibration profiles and mechanical shocks. A typical fixture for our equipment is an aluminium plate with the hole pattern M10 and pitch 70x70 mm. After mounting the battery, the equipment is programmed for a specific vibration profile or shock. 

IEC-60068-2-6
IEC-60068-2-27
IEC-60068-2-64

UN38.3
ECER100.03
GTR20
GB38031-2020

At the end of 2021, the European Commission published an amendment to the Radio Equipment Directive, RED, with the aim of improving the cybersecurity of wireless products in the EU. RISE performs cybersecurity assessments based on the directive.

To be sold in the EU, a radio product must meet the requirements of the Radio Equipment Directive. These include efficient use of the radio frequency space, EMC and electrical safety.

Cybersecurity is an important part of the Radio Equipment Directive and there are specific cybersecurity requirements that you as a manufacturer of radio equipment must meet.

We offer theyou help with assessments of your product when it comes to the specific cybersecurity requirements in the directive that affect wireless communication, accordning to RED 3(3) d, e, f.

We test according to the requirements in the Radio Equipment Directive 3(3)d, e,f. The test is preferably complemented by a penetration test. RISE can offer that as a separate service. You find our offer in penetration testing here. 

The results of the RISE evaluation are compiled in an accredited RISE report. 

We at RISE understand the importance of protecting your digital assets against the ever-evolving threats in the cyber world. Our experienced cybersecurity experts and penetration testers assist you in identifying vulnerabilities in your products, systems, networks, applications, or infrastructure and propose solutions.

The purpose of penetration testing is to proactively identify and assess vulnerabilities in products, systems, networks, applications, or infrastructure by simulating real-world cyberattacks. This helps organizations understand their security weaknesses, address potential risks, and enhance overall cybersecurity measures to prevent unauthorized access and data breaches.

• Prevent Data Breaches: Reduce the risk of intrusion by identifying vulnerabilities in advance.
• Compliance: Fulfil regulatory and industry requirements through regular security testing.
• Customer Trust: Demonstrate commitment to data security and enhance trust with customers and partners.
• Cost Savings: Save money through early detection and remediation of vulnerabilities.
• Risk Mitigation: Minimize the risk of cyberattacks that can harm your organization through vulnerability management.
• Protecting Company Reputation: Preserve your company's reputation and security posture for long-term success.

The penetration testing is performed using a RISE Method that is based on PTES.
Our penetration testing services include:

• Vehicle Penetration Testing

  The number of connected vehicles is increasing. This means an increased risk of potential attacks on vehicles' digital systems. We perform specialised tests for vehicle networks and IoT devices and ensure that these systems are protected against attacks.  

• IoT Penetration Testing

  We test different types of IoT devices, from household products to alarm systems, identifying security flaws and ensuring that they do not pose a threat to your network or business.  

• Network Infrastructure Penetration Testing

  By simulating attacks from both internal and external threat actors, we ensure that your network environment is protected against potential threats. 

  Read more

• Web Application Penetration Testing

  We conduct detailed penetration tests of your web applications to detect and fix security flaws. We review the source code, perform automatic and manual tests, and apply different attack methods to ensure that your web application is secure.  

• Social Engineering Penetration Testing

  Through controlled tests and simulation of realistic social engineering scenarios, we train your team to identify and manage social engineering, strengthening your organisation's overall safety culture.

• Wireless Network Penetration Testing

  We conduct thorough penetration tests of your wireless networks to detect and address potential security risks. We identify vulnerabilities and recommend measures to improve security.

RISE is also accredited by SWEDAC to perform cybersecurity assessments based on a wide range of standards to achieve security in connected products.

Test results in the form of a report that includes identified vulnerabilities, their severity, and recommendations for remediation.

RISE will together with the client perform a pre-engagement before the penetration test, where we together decide the scope, art and conditions for the test. At that time are also decided what tools to use and what information should be available.