LMW
LMW

Do you want to advertise here? Contact us

OEM Play Store
OEM Play Store

Do you want to advertise here? Contact us

igus takes a decisive step for ideal fire protection
.

igus takes a decisive step for ideal fire protection

By OEM Update Editorial July 12, 2018 5:55 pm IST

The igustribo-SLS powder surpasses fire safety standards by a factor of five. 3D print material iglidur I3 passes the FMVSS 302 fire test for vehicle interiors.

To prevent fires effectively in the vehicle interior, suitable materials and appropriate constructive measures are essential. igus has taken a decisive step here for ideal fire protection with the 3D print material iglidur I3. It is not only extremely abrasion-resistant and thus an all-rounder for all types of wearing parts, but has also passed the fire test in accordance with FMVSS 302. In the tests, the calorific value measured was around five times lower than the maximum permissible limit.

As revealed by appropriate investigations, fires in the vehicle interior are mainly caused due to the careless handling of matches and cigarettes. Therefore, the materials required here should have a low ignitability and flame propagation speed. This is to ensure that due to an impeded combustion and low flame spread, enough time is given to stop a vehicle even at high speed and leave it in time. The tribo-polymer material for selective laser sintering, the iglidur I3 SLS powder, is also used as a robust material in vehicle interiors and has now passed the fire test in accordance with FMVSS 302.

Advertising

OEM Android App

Your future advertising space? Our media data

iglidur I3 stands out in the international test procedure
Introduced as the Federal Motor Vehicle Safety Standard (FMVSS) 302 in the US, the test procedure describes the fire resistance requirements of materials used in the passenger compartment of motor vehicles, such as cars and lorries. Procedure: A horizontally arranged specimen (plate) with an average thickness of 2.02 mm was blasted with a Bunsen burner at a flame height of 38 mm. Thereafter, the propagation speed of the flames was determined. The maximum permissible value here is 4 inches/min or 102 mm/min. The tested iglidur I3 had an average burn rate of only 18.8 mm/min and therefore meets the requirements by more than a factor of five.

For more details, visit www.igus.in

Cookie Consent

We use cookies to personalize your experience. By continuing to visit this website you agree to our Terms & Conditions, Privacy Policy and Cookie Policy.

Tags: Brand Report
Webinar
Webinar

Do you want to advertise here? Contact us

Autodesk
Autodesk
Trucut
Trucut
OEM Update QR Code
OEM Update QR Code

Events

Logimat India
Logimat India
Metal Forming Expo
Metal Forming Expo
ChemProTech India 2025
ChemProTech India 2025
Aerodef India Manufacturing Expo
Aerodef India Manufacturing Expo

eMagazine December 2024

eMagazine December 2024
eMagazine December 2024

Do you want to advertise here? Contact us

Our Sponsors

Carl Zeiss India
Carl Zeiss India
STMCNC
STMCNC
Maco-c
Maco-c
Inovance Technology
Inovance Technology
Mallcom
Mallcom
igus
igus
Delta Electric
Delta Electric
Wago Pvt Ltd
Wago Pvt Ltd
Studer
Studer
Urgo Capital
Urgo Capital
Prostar
Prostar
Super Slides
Super Slides
Quality Spares Center
Quality Spares Center
Endress Hauser
Endress Hauser
ACE Micromatic Group
ACE Micromatic Group
Hosabettu Heavy Machinery LLP
Hosabettu Heavy Machinery LLP
Ceratizit
Ceratizit
Chicago Pneumatic Tools
Chicago Pneumatic Tools
Concord Hydraulics
Concord Hydraulics
MMC Hardmetal Pvt Ltd
MMC Hardmetal Pvt Ltd
Mennekes
Mennekes
TruCut
TruCut
Voestalpine
Voestalpine
tectyl
tectyl
LMW
LMW
BKT Tires
BKT Tires
Mitsubishi Materials
Mitsubishi Materials
Molygraph
Molygraph
Fietest
Fietest
Exorint
Exorint
Exon mobil
Exon mobil
Wika Instruments India
Wika Instruments India