Light Commercial Vehicles are Expected to Dominate the US Automotive Brake Pads, Shoes, and Linings Market Through 2028
The rising demand for the brake in the aftermarket and increasing
production of vehicle is driving the United States automotive brake pads,
shoes, and linings market.
According to the TechSci Research report, "United
States Automotive Brake Pads, Shoes and Linings Market - By Region,
Competition, Forecast and Opportunities, 2028F", the automotive sector
is projected to expand in a north-westerly direction as a result of the surge
in foreign direct investment. The coronavirus pandemic has also caused
governments to reassess their policies for facilitating and promoting
investment, which could contribute to an increase in FDI over the next few
years. Due to the disruption of foreign direct investment in automotive sectors
due to the pandemic, the primary focus of many governments at present is to
expand the scope of new infrastructure projects, while simultaneously
completing existing projects. This will lead to an increase in the demand of
commercial vehicles, which will in turn result in an increase in construction
activities, which in turn will have a positive effect on the automotive brakes
friction market. Furthermore, the automotive industry is receiving more
attention in terms of intraregional connectivity, environmental concerns, and
the role of the green economy.
Phenolic brake pads backing plates are super
lightweight, non-corrosive, thermally insulated, and have great damping
properties that are needed for electric vehicle brake duty cycles. On top of
that, on March 20th, 2020, we introduced the NRS EV brake pad, which is
designed to work with electric and electric hybrid vehicles that use
regenerative braking or friction braking. It's perfect for Tesla Model 3
electric vehicles, which are usually a lot heavier than internal combustion
engine vehicles.
Electric vehicles are usually much heavier
than the internal combustion engine vehicles. For example, the extra weight of
the battery pack (up to 800kg) directly affects the design and size of the
braking system. Many electric vehicle manufacturers are constantly investing in
research and development to develop lightweight brakes. The duty cycle of the foundation brakes is
being changed by the electric vehicle regenerative brake systems. The
regenerative systems account for most of the vehicle braking during daily
driving. In recent years, regenerative braking failures have been observed in
BEVs.
The traditional “foundation” braking system
cannot be removed or removed from the vehicle as it is used as the backup braking
system on the E-vehicle. Foundation brakes are very important for the braking
of trucks and buses. In case of emergence braking, these foundation brakes play
a very important role for the braking of the vehicle. This is the most
fundamental reason for the increase in the demand of automotive brake friction
products.
Browse more than XX Market
Data Figures spread through XX Pages and an in-depth TOC on "US Automotive Brake Pads, Shoes and Linings Market."
Organic
ceramic pads are reinforced with aramid (non-asbestos), kevlar (glass), or
ceramic fibers. Carbon ceramic pads are made from high-performance carbon
ceramics, a composite material made from fibre, powder, and high-priced resins.
This material was formerly used in aerospace brake systems, but automotive
manufacturers are now using it in personal and sport vehicles. Ceramic brakes
are much less likely to deform at extreme temperatures, and they last longer
than conventional brakes. Unlike traditional brakes, ceramic brakes don’t
corrode even in the coldest winter. Metal brake discs weigh 50% of what ceramic
brake discs weigh. A ceramic brake will reduce the load of your vehicle. A
ceramic brake is great because it absorbs heat even at the most severe, abrupt
stops. Ceramic pads are cleaner, quieter, and last longer, outperforming
organic pads.
The term
“brake shoe” is often used to describe your vehicle’s braking system. In the
case of a drum brake, a hydraulic piston pushes the brake shoe coated with
friction material against the inside surface of the drum. This creates
friction, which converts kinetic energy into heat and prevents the drum and the
attached wheel from spinning. A brake shoe is made of ceramic or asbestos.
Inside the brake drum system, a brake shoe carries the brake lining those fits
inside a brake drum. A brake shoe consists of a curved piece of metal with a
friction material on one side. Most brake shoes are made from steel, copper, or
iron, and a wide range of durable and heat resistant alloys. A brake shoe often
sits at the rear axle. Most modern vehicles brake more harshly on their front
wheels than on their rear wheels, which reduces the temperatures the rear
brakes must endure. They are also less expensive to make. They are used only
with drum brake assemblies and have a longer service life.
Advanced
materials, such as ceramics, enhance brake pad efficiency across a broad
temperature range. Additionally, low noise and a constant friction coefficient
contribute to improved vehicle performance. Furthermore, improved brake
efficiency in automobiles is supported by the increased adoption of disc
brakes. This brake system is capable of controlling vehicle speed while producing
minimal heat in comparison with drum brakes. Furthermore, advanced brake pad
technologies such as smart brake pads enable the development of friction in
real-time, improving brake system performance and allowing OEMs to rapidly
develop brake systems. Additionally, brake pads are equipped with sensors that
continuously track torque, drag and temperature, as well as wear, noise, and
vibration. This technology also helps to optimize safety systems, such as
electronic stability control (ESC) and antilock brakes. As a result of these
technological advances, automotive brake pads are likely to be in high demand
in the foreseeable future, thus having a positive impact on the automotive
brake foam product market.
In the
vehicle type segment, the light commercial vehicle has the highest market share
followed by the passenger car, the demand for brakes is high in by these
vehicle types in the aftermarket due to high replacement rate. In the brake
type segment, the brake pads have the highest market share over the shoes &
lining, as brake pads are mostly used in all types of brakes, and they need to
get replaced also after certain period. In the demand category aftermarket has
the highest market share over the OEM, as the fleet size of light commercial
vehicle, passenger car, two-wheeler is high as compared to number of these
vehicles manufactured yearly. The brakes are more been replaced in the
aftermarket then the number of brakes placed at the manufacturing time.
Some of the major players operating in
the United States automotive brake pads, shoes, and linings market include:
- Akebono Brake
Corporation
- ACDelco
- Brake Parts
Inc. LLC
- Hebei Huahua
Friction Material CO., Ltd
- Brembo S.p.A.
- Nisshinbo
Holdings Inc.
- Robert Bosch
GmbH
- Util
Industries S.p.A.
- ZF
Friedrichshafen AG
- MAT Auto
Group
Download Free Sample Report
Customers can
also request for 10% free customization on this report.
“Many companies in United States of America are
investing in the research and development department for the advancement in the
automotive brake technology, to increase the product range. In USA, the sales
of light commercial vehicle and other vehicles have increased with time. Due to
this, many automotive brakes pad manufacturers has increased the production of different
types of brake and started to introduce new products to increase their market
reach. The investment by the major automotive brake manufacturing companies in
the development of new brakes will help to provide more option for the buyers
in USA, which will further drive the United States automotive brake pads,
shoes, and linings market during the forecast period, "said Mr. Karan
Chechi, Research Director with TechSci Research, a research-based global
management consulting firm.
“United States Automotive Brake Pads, Shoes and Linings Market By
Propulsion Type (Passenger Car, Two- Wheeler, LCV, MHCV), By Demand Category
(OEM and Replacement), By Material Type (Semi-Metallic and Ceramic), By Brake
Type (Brake Pads, Shoes & Linings), By Region, Competition, Forecast and
Opportunities, 2028” has evaluated the future
growth potential of United States automotive brake pads, shoes, and linings
market and provides statistics & information on market size, structure, and
future market growth. The report intends to provide cutting-edge market
intelligence and help decision makers take sound investment decisions. Besides,
the report also identifies and analyzes the emerging trends along with
essential drivers, challenges, and opportunities in the United States
automotive brake pads, shoes, and linings market.
Contact
Mr. Ken
Mathews
708 Third
Avenue,
Manhattan, NY,
New York –
10017
Tel:
+1-646-360-1656
Email: [email protected]
Website: www.techsciresearch.com