Glow-wire polymer item

Inscription

To receive details about the inscription, please send us an e-mail (contato@qualabor.com.br) with at least the following details:

• Which PT you are interested in;

• Your company's name;

• Your name;

• What country are you company in?;

With this informations we'll keep in touch to prepare a detailed budget of our service customed just for you.

The Glow-wire polymer item proficiency scheme consists on determine the GWFI of the specimens, which is the highest temperature determined during this procedure in which the material (the 3 specimens) are tested and do not ignite or, if they ignite, will go out within 30 s following removal of the glow wire, and are not entirely consumed, and flux drops, if it happens, they do not ignite the tissue paper, with any accredited laboratories or in accreditation process being elegible to participate.

The participants must test the testing item (polymer) as ABNT – NBR IEC 60695-2-12 standard, relative test to the risk of fire Parte 2-12: Incandescent / heated wire test methods. Participants should identify the GWFI, which is the highest temperature determined during this procedure in which test items are tested and do not ignite, or if they ignite, goes out within 30 s following removal of the glowing wire, and are not entirely consumed, and flux beads, if they exist, do not ignite the tissue paper. The GWFI of the specimens can be identified at temperatures of: 650 ° C to 930 ° C.

The participant should proceed as in their practical routine and ABNT – NBR IEC 60695-2-12 standard, Tests for fire hazards Part 2-12: Test methods for glow/heated wire.

Qualabor guarantees that the identity of the proficiency testing program participant is confidential and only known by the people involved into the proficiency testing program operation, unless the participant disclaims its confidentiality. Qualabor guarantees that all information given by participants is treated as confidential.

For quantitative testing Qualabor follow the following order for assigned value choice priority:

1) Robust Z – Score with the robust average - In the area of testing there are not clear levels of quality between laboratories for the same test, this way is hard to determine a laboratory with recognition of a higher quality that is accepted by the other participants. The use of an assigned value from a group consensus is the most applicable, In this case determined by the results robust average, which does not require an independent treatment of outliers. To be able to use group consensus with minimal robustness is necessary a group with 4 or more participants. The choice of the z-score method is due to the same being of greater acceptance by the clients and also by difficulties in calculating uncertainty of measurement by the participants, which is not sensitive to this method.

02) Normalized error with a reference value – When it is not possible to have a group with more than 3 participants the assigned value utilized will be a reference value previously validated with participants and always that exist, this value will be taken through an accredited laboratory, and in this case is given priority to the normalized error because the denominator of z score is the program standard deviation which has low robustness because there are few participants.

The activities of Qualabor as proficiency testing provider are done with impartiality and are structured and managed to guarantee the impartiality, Qualabor also guarantee that commercial, financial and other types of pressure will not compromise Qualabor’s impartiality. This is guaranteed through the acknowledgment and agreement term, signed by Qualabor collaborators who affect the quality of proficiency testing.

Schedule

* This schedule can be modified before the round confirmation for Qualabor, client or regulatory bodies’ necessity.

Investment

To know the value, please contact contato@qualabor.com.br

Accreditation

This PT is part of Qualabor's accredited scope.

(Certificate Number: AP-2654, ANSI National Accreditation Board - USA)

Reference Standards

Qualabor's QMS is implemented and effectively maintained according ISO/IEC 17043.

EPTIS

EPTIS helps you find a suitable proficiency testing (PT) scheme for your laboratory (a PT scheme is a coherent series of single rounds). For a large number of schemes we have produced data sheets and collected them in the EPTIS database. What is not included in the database is topical information on next PT rounds. When is the next round, and what is the matrix material this time? This information is too dynamic as to be included in the database. But you can find such details for a selection of schemes in our PT calendar.

At present, a listing on the database is only open to PT providers from countries that are covered by our so-called coordinators. They check the plausibility of the data sheet submissions and decide on their publication. They speak the language and are ideally familiar with local PT providers and cultural peculiarities. This helps to safeguard a reasonable level of database quality. There is no cost for PT providers who follow this basic mechanism.

Source: EPTIS

Qualabor register every finished PTs on EPTIS (European Proficiency Testing Information System) database, informing its technical characteristics to anyone who shows interest.

To access this PT’s registration, click in the link below.

https://www.eptis.bam.de/eptis/WebSearch/view/452407

• The participant should send for Qualabor by email the complaint or appeal through pep@qualabor.com.br;
• When the email arrived to Qualabor, the participant will be notified that its complaint/appeal was received and may request information about its progress whenever want.
• The complaint/appeal will be evaluated by Qualabor, and any corrections or corretive actions needed will be decided and implemented.
• After that, a person authorized by Qualabor, that was not involved before in the process, will send a response to the participant about the process result.
• The participant may contest the decision if it was not satisfactory.