16 CFR Part 1632 – Standard for the flammability of mattresses and matrass pads (FF 4-72, amended).

The standard provides a test method to determine the ignition resistance of a mattress or mattress pad, when exposed to a smouldering cigarette.

16 CFR Part 1632 is a federal standard in the United States and all manufactured or imported mattresses and mattress pads are subjected to the requirements stated in the standard.

A total of six complete mattresses, in end-use condition,  shall be tested. The top surface (sleeping surface) of the mattress is tested. Cigarettes are located on smooth surfaces, seams, tufted locations, quilted locations, tape edges etc. of the mattress. A minimum of 18 cigarettes shall be used during each test.

The mattress is divided into two equal sections. One section is covered with a 100 % cotton bed sheet. The other section remains uncovered. A minimum of 9 lighted cigarettes are placed on the uncovered section and a minimum of 9 lighted cigarettes are placed on the covered section. A second piece of cotton sheeting is then placed over the latter group of cigarettes. The test is completed when all cigarettes have burned their complete length. The char damage length shall not be more than 2 inches (5.1 cm) in any direction from the nearest point of any individual cigarette. This procedure is repeated six times.

 After the test, a test report in Swedish or English is delivered with the result.

Material needed for testing:

• Six complete mattresses or mattress pads shall be tested (minimum of three specimens, if the mattress or mattress pad is reversible).
• Retroactive to May 1, 2006, the “CPSC’s Interim Enforcement Policy” reduces the number of mattresses to be tested according to 16 CFR Part 1632 to two tests. However, this is only possible if the same product is tested with good results according to the open-flame mattress standard 16 CFR Part 1633.

16 CFR Part 1633 - Standard for the Flammability (Open Flame) of Mattress Sets; Final Rule

16 CFR Part 1633 is a federal standard in the United States and all manufactured or imported mattresses and bed mattresses must meet this standard.

The standard is used to assess how quickly a fire develops in a mattress and how much energy is generated from the mattress when exposed to a source of ignition corresponding to burning beddings.

The mattress is placed on top of a steel bed frame and exposed to a T-shaped burner with a total burner heat output of 27 kW. The side burner is applied for 50 seconds and the top burner for 70 seconds. The fire is then allowed to develop freely. During the test, the smoke gases are collected in a hood where oxygen consumption is measured. The heat release rate is measured continuously. The peak rate of heat release of may not exceed 200 kW and the total heat release in the first 10 minutes of the test of may not exceed 15 MJ.

 After testing, a test report in Swedish or English is delivered, with the results.

Material needed for testing:

• Three complete mattress sets.

Related standard: 16 CFR 1632

Test of the resistance of different surfaces, materials and products to growth of algae is performed according to ASTM D5589 or based on this method but adapted to the task and application of the commissioner.

The purpose of this service is to help the commissioner in developing different materials and products which are exposed to environments where algae are common. In addition to the algal resistance test, we can help with pretreatment (leaching, ageing etc.), additional evaluation of the material after test, as well as problem solving.

This method can help in evaluating if a product is likely going to get problems with algal growth, if a product or material can resist algal growth compared to a reference material (with or without biocide for example) or compare different materials to understand which one has the best function. Also cleaning products against algae can be tested. The results can be used by the commissioner for continued development of a product, for advertising purposes etc.

The test is performed at the laboratory by spreading a mixture of different microscopic algae on the material or product. During three weeks of cultivation in light and at optimal temperature and relative air humidity conditions, the extent of growth on the test object is evaluated. The growth is compared to a suitable reference object and optically graded according to a standard scale. Sample preparation, pretreatment and ageing of test objects are performed when needed and additional evaluation can be made on material changes due to algal growth.

Results are given as an electronic RISE report. If asked for, a report on paper can be sent. The laboratory is accredited according to ISO 17025.

Delivery time after agreement, normally 8 weeks after written ordering and reception of test objects. The commission may however need to be coordinated with other activities

Basic cost 60 000 SEK. Contact any of the persons below for a more detailed price or tender

The commissioner is responsible for preparing the test objects if not otherwise agreed upon

ASTM D5589 Standard Test Method for Determining the Resistance of Paint Films and Related Coatings to Algal Defacement.

The test is adapted to the commission.

Chemical analysis where inorganic compounds are determined includes a vast number of different methods. Some of these analyses are performed on a regular basis, while others are rarely performed. The choice of analysis method is based on the client’s need, requirement, issue and sample types. At RISE we have large experience of handling this.

We offer chemical analyses that are specifically tailored to the client’s need, requirement, problem, and type of sample.

We perform chemical analysis according to standard methods if possible. If necessary we can also modify standard methods or develop new methods to fit clients issue and sample type.

Analysis can be performed using different sample preparation techniques and a number of different instrumental techniques including for instance

• Inductively coupled plasma – emission spectrometry (ICP-OES)
• Inductively coupled plasma – mass spectrometry (ICP-MS)
• Ion chromatography (IC)
• X-ray fluorescence (XRF)
• Elemental analysis for carbon (C), hydrogen (H), nitrogen (N), sulphur (S) and mercury (Hg)
• Titration
• Potentiometry

The work include both accredited and non-accredited testing methods. The scope of accreditation is available upon request – please feel free to contact us for more information.

Results will be delivered as a report.

Contact us for price information

The laboratory at RISE Packaging Excellence Centre is certified by ISTA. It is one of the most well equipped and advanced laboratories in all of Scandinavia and specialises in simulating various transport conditions.

We conduct transport tests in controlled climatic conditions, as per international standards, to ensure that your packaging protects the product all the way through its distribution cycle.

Transport tests not only ensure that your packaging protects the products that it holds but also that it can live up to the various exacting demands during a part or the entirety of the transport cycle.

To optimize the packaging with respect to cost, choice of material, amount of material etc.

A complete transport test simulates the entire distribution cycle from the manufacturer to the end user and various standard tests can be carried out to simulate parts or whole of the transport cycle. Depending on the kind of packaging you have and its distribution chain, we offer the following tests to evaluate your packaging.

Climate tests

Drop test

Compression/Vehicle stacking

Vibration tests

Horizontal Impact Tests

Report of results along with detailed test protocol.

The tests take about 2 – 4 weeks to perform depending on chosen test methods and number of boxes to be tested.

ASTM D4169-16, ISTA, Innventia Standard STD 40-10.

The laboratory at RISE Packaging Excellence Centre is certified by ISTA and is one of the most well equipped and advanced laboratories in all of Scandinavia. We specialize in simulating various transport conditions according to international standards to ensure that your packaging protects the product all the way through its distribution cycle.

Test method that certifies packaging that is used for distribution in Amazon e-commerce. The test verifies that the packaging can withstand all the demands during its distribution cycle within the Amazon e-commerce distribution chain.

You will obtain a certificate of clearance from Amazon for your packaging.

A complete transport test simulates the entire distribution cycle from the manufacturer to the end user and various standard tests can be carried out to simulate parts or whole of the transport cycle. Depending on the weight and dimensions of your packaging, the following tests are of relevance. 

• Climate conditioning
• Shock test
• Compression test (Vertical and Horizontal)
• Vibration tests with and without top load
• Integrity test (Leakage)

Test results that can be used to obtain a clearance certificate from Amazon.com.

The tests take about 2 – 4 weeks to perform depending on chosen test methods and number of boxes to be tested.

ASTM D4169-16, ETSI EN 300 019-2-2, Innventia Standard STD 40-10, ISTA.

Pilling is a phenomenon that occurs during use and washing. Pills are tangled fibres/fibre ends
that are stuck to the fabric surface. As we use and move in our clothes, abrasion/rubbing occurs on different surfaces, which leads to that fibres/fibre ends are pulled up from the surface and fuzzing and pills can appear. Textile materials have different ability to form pills and fuzzing, depending on the nature of the fibre/yarn, the fabric's construction and if finished.

At our Textile laboratory we have several Martindale machines for testing of pilling and fuzzing.
The method concerns testing of woven and knitted fabrics (not heavy knitwear)

The method aims to analyse the propensity of the fabric to form pills/fuzz.

Pilling is a surface defect that have a negative effect of the appearance over time, which is why one would prefer to avoid and or delay it. By testing the pilling/fuzzing resistance of a material, one gets an insight into how easily pills and fuzzing are formed on the material.
 

The test is carried out in a Martindale apparatus where circular specimens (about 16 cm in diameter) are rubbed under load against either a wool standard fabric, against itself or against both. The motion is performed according to a specific pattern, a lissajous figure. The load is either 155g or 415g depending on whether the material is knitted or woven. Upholstery fabrics are always tested with the higher load and only against the standard wool fabric.
The test specimens are assessed at predetermined number of rubs, specified in the method.
The final assessment stage is a maximum of 7,000 rubs. Both the number of pills and the amount of fuzz are assessed, using a 5-rating scale.

A report in Swedish or English with the received 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 test material.

SS-EN ISO 12947-1

SS-EN ISO 12945-2

The laboratory at RISE Packaging Excellence Centre is certified by ISTA and is one of the most well equipped and advanced laboratories in all of Scandinavia. We specialize in simulating various transport conditions according to international standards to ensure that your packaging protects the product all the way through its distribution cycle.

Transport tests not only ensure that your packaging protects the products that it holds but also that it can live up to the various exacting demands during a part or the entirety of the transport cycle.

To optimize the packaging with respect to cost, choice of material, amount of material etc.

A complete transport test simulates the entire distribution cycle from the manufacturer to the end user and various standard tests can be carried out to simulate parts or whole of the transport cycle. Depending on the kind of packaging you have and its distribution chain, we offer the following tests to evaluate your packaging.

• Climate tests
• Drop test
• Compression/Vehicle stacking
• Vibration tests
• Horizontal Impact Tests

Report of results along with detailed test protocol.

The tests take about 2 – 4 weeks to perform depending on chosen test methods and number of boxes to be tested.

The customer must ensure that there is no damage to the product or packaging prior to arrival at the test laboratory.

ISTA, ETSI EN 300 019-2-2, ASTM D4169.

The laboratory at RISE Packaging Excellence Centre is certified by ISTA and is one of the most well equipped and advanced laboratories in all of Scandinavia. We specialize in simulating various transport conditions according to international standards to ensure that your packaging protects the product all the way through its distribution cycle.

Test method that certifies packaging that is used for distribution in Amazon e-commerce. The test verifies that the packaging can withstand all the demands during its distribution cycle within the Amazon e-commerce distribution chain.

Obtaining a certificate of clearance from Amazon for your packaging.

A complete transport test simulates the entire distribution cycle from the manufacturer to the end user and various standard tests can be carried out to simulate parts or whole of the transport cycle. Depending on the weight and dimensions of your packaging, the following tests are of relevance

Climate conditioning

Drop test

Vibration tests with and without top loads

Integrity test (Leakage)

Test results that can be used for obtaining clearance certificate from Amazon.com.

The tests take about 2 – 4 weeks to perform depending on chosen test methods and number of boxes to be tested.

ASTM D4169-16, ETSI EN 300 019-2-2, Innventia Standard STD 40-10, ISTA.

This Test & Demo site is accredited for ASTM D4169 and is certified by ISTA. It is one of the most well equipped and advanced laboratories in all of Scandinavia. We specialize in simulating various transport conditions according to international standards to ensure that your packaging protects the product all the way through its distribution chain.

Transport tests not only ensure that your packaging protects the products that it holds but also that it can live up to the various exacting demands during a part or the entirety of the transport cycle.

To optimize the packaging for cost, choice of material, amount of material etc.

A complete transport test simulates the entire distribution cycle from the manufacturer to the end user and various standard tests can be carried out to simulate parts or whole of the transport cycle. Depending on the kind of packaging you have and its distribution chain, we offer the following tests to evaluate your packaging.

• Climate tests
• Drop tests
• Compression/Vehicle stacking
• Vibration tests
• Horizontal impact tests

Report of results along with detailed test protocol.

The tests take about 2 – 4 weeks to perform depending on chosen test methods and number of boxes to be tested.

The customer must ensure that there is no damage to the product or packaging prior to arrival at the test laboratory.

ASTM D4169 ASTM D4169 Standard Practice for Performance Testing of Shipping Containers and Systems

ISTA, ETSI EN 300 019-2-2, Innventia Standard STD 40-10.