Bombardier taps BASF's foam for Montreal subway cars
With a density of only 9 kg/m³, Basotect helps to reduce the overall weight of the cars and thus contributes to the goals of Bombardier to enhance performance and to increase the energy efficiency of their trains.
Bombardier’s new Montréal metro featuring BASF’s Basotect melamine foam for superior sound and thermal insulation.
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Bombardier’s new Montréal metro featuring BASF’s Basotect melamine foam for superior sound and thermal insulation.
BASF’s Basotect melamine foam is now being used for thermal and acoustic insulation in the ceilings of 468 new metro cars being built by Bombardier for the next generation Montreal subway.
Bombardier chose Basotect-based acoustic foam parts provided by Artik/OEM Inc., a foam converter with locations in Canada as well as the U.S. servicing Bombardier.
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With a density of only 9 kg/m³, Basotect helps to reduce the overall weight of the cars and thus contributes to the goals of Bombardier to enhance performance and to increase the energy efficiency of their trains. Using Basotect to replace fiberglass resulted in a 35% weight savings of the roof insulation.
In addition, installation of the Basotect parts at the La Pocatière, Quebec facility is much simpler, providing time and cost savings. This is all accomplished without having to sacrifice sound absorption or on fire properties of the insulation, according to BASF.
Caltrain and its partners have implemented safety improvements at specific locations in response to known risk conditions, operational needs, and available funding since the agency’s founding.
On a recent episode of METROspectives, METRO Magazine’s Executive Editor Alex Roman sat down with Ana-Maria Tomlinson, Director of Strategic & Cross-Sector Programs at the CSA Group, to explore a bold initiative aimed at addressing those challenges: the development of a National Code for Transit and Passenger Rail Systems in Canada.
Competitive FTA grants will support accessibility upgrades, family-friendly improvements, and cost-efficient capital projects at some of the nation’s oldest and busiest transit hubs.
The 3.92-mile addition will soon take riders west beyond its current Wilshire and Western station in Koreatown, continuing under Wilshire Boulevard through neighborhoods and communities including Hancock Park, Windsor Square, the Fairfax District, and Carthay Circle into Beverly Hills.
Under the plan, all long-distance routes will transition to a universal single-level fleet, replacing today’s mix of bi-level and single-level equipment.
The milestone is a significant step toward modernizing the MAX Blue Line’s power infrastructure, one of the oldest components of the region’s light rail system.
The firm will lead the Tier 2 environmental review program for the Coachella Valley Rail Corridor, including the conceptual and preliminary engineering needed to develop project-level environmental clearance.