What is the difference between traditional and beam-type wiper blades?

1 Answers
DelBrody
07/29/25 1:05pm
The difference between traditional and beam-type wiper blades: Beam-type wiper blades are composed of rubber blades, beam-type steel strips, protective covers, and plastic parts that can be manually assembled. They are simple and convenient to use, with a lifespan two to three times longer than traditional wiper blades. Additionally, they produce less noise and fit more tightly against the windshield, providing better cleaning performance compared to traditional wiper blades. Furthermore, the structure of beam-type wiper blades is relatively simpler, and the materials used are generally lighter, which undoubtedly reduces the burden on the motor and the wiper arm. Here are the detailed descriptions: 1. Traditional Wiper Blades: These are conventional wiper blades. Traditional wiper blades press the rubber blade against the windshield through several support points on the frame, ensuring even pressure distribution across all support points. During use, because the pressure is evenly distributed across all support points, the wear is also uniform, which can lead to noise from friction between the blade and the windshield and difficulty in completely removing debris. 2. Beam-Type Wiper Blades: Beam-type wiper blades consist of four components: the rubber blade, beam-type steel strips, protective covers, and plastic parts. The bracket is made of stainless steel, while the steel strips are carbon steel, ranging in length from 10 to 28 inches, with a thickness of 0.80 to 0.90 millimeters and a width typically between 7.00 and 14.00 millimeters. The steel strips in beam-type wiper blades use a single force-distributing steel strip to evenly distribute pressure across all parts of the blade, reducing water streaks and scratches. The outer layer of the steel strip is coated with an electroplated layer, making it more rust-resistant.
Was this review help?
10
3
Share
More Forum Discussions

What is the displacement of the Sylphy?

The displacement of the Sylphy is 1598mL. The displacement of the Sylphy refers to the volume of the air-fuel mixture inhaled by each cylinder during the intake stroke, which is directly proportional to the engine's power. Generally, the larger the displacement of the Sylphy, the more energy the engine releases per unit time, resulting in stronger power. Of course, displacement is also directly proportional to fuel consumption. A larger displacement and stronger power in the Sylphy naturally lead to higher fuel consumption. The 2022 Sylphy Classic is still equipped with a 1.6L naturally aspirated engine, delivering a maximum power of 90kw, a maximum horsepower of 122Ps, and a peak torque of 155N.m. The transmission system is paired with a 5-speed manual gearbox. The engine body utilizes aerospace-grade lightweight aluminum alloy manufacturing technology, making the engine itself lighter, more durable, and with outstanding heat dissipation performance, reducing its weight by nearly 30% compared to engines in the same class.
17
3
Share

Does the BMW 7 Series have a 770 model?

Currently, the BMW 7 Series in China only goes up to the 760 model. Basic introduction to the BMW 7 Series: The BMW 7 Series is BMW's top-tier luxury sedan series, which replaced the "New Six" model in 1977. It serves as BMW's flagship vehicle and is only available in sedan form. The BMW 7 Series is exclusively produced in Germany by BMW, with its manufacturing location in Germany. It is classified as a full-size luxury sedan, featuring a 4-door sedan body style and a front-engine, rear-wheel-drive configuration. Features of the BMW 7 Series: Among the dazzling array of innovative technologies in the new 7 Series, the most eye-catching and era-defining feature is the intelligent driving control system known as iDrive. It represents a brand-new, simple, safe, and convenient future driving concept, being the world's first automated and informational driving system. The external display of this system consists of a rotary controller located where the traditional gearshift lever would be and an LCD display in the center of the dashboard. The rotary knob functions similarly to a computer mouse, allowing users to control multi-level menus on the display through actions such as pushing, pulling, rotating, and pressing, thereby selecting and controlling hundreds of functions under eight main menus.
8
3
Share

What are the models of Dongfeng electric vehicles?

Dongfeng electric vehicles include Junfeng ER30, Fengshen E70, Venucia T60, Fengguang E3, Fengguang E1, Dongfeng D57, etc. Fengguang E3 2019 EV Zhiyue Model: Its body structure is a 5-door, 5-seat SUV, with body dimensions of 4385mm in length, 1850mm in width, and 1650mm in height, a wheelbase of 2655mm, and a minimum ground clearance of 180mm. Dongfeng Fengshen E70: Featuring a parametric front grille, rear decorative strips, rear mileage indicators, and new dual-tone low-drag wheels, LED daytime running lights, LED front fog lights, welcome home lights, and more, along with dazzling seven-color ten-brightness ambient lighting, creating a strong sense of technology; with a 2700mm wheelbase, the longest in its class, meeting the new ride-hailing policy requirements nationwide; 680mm rear legroom, the largest in its class, and a trunk capacity of 502L. Venucia T60: It is a new compact sedan under Dongfeng Venucia, adopting the "Wind Sculpture Aesthetics" design style. The front face is low and flat, with a front grille composed of horizontally arranged block-shaped chrome decorations. The thick chrome strips on both sides integrate with the slender headlight clusters, which also include LED daytime running lights. The dimensions are 4756/1803/1487mm in length/width/height, with a wheelbase of 2700mm.
13
0
Share

Is it necessary to replace the recalled Tucson fuse?

Tucson fuse recall is necessary to replace. Reasons for replacement: When a motor vehicle is subject to a recall repair, the repair is free of charge. Timely repairs at the brand's after-sales service department can enhance the driving safety of the vehicle and avoid accidents caused by faulty components. Basic introduction to Tucson: As an urban SUV targeting the young market, the Tucson features distinct contours and body lines that blend toughness with softness, giving the vehicle a somewhat European car vibe. The short rear end further enhances its youthful and dynamic overall style. As a revolutionary model, the Tucson introduces various new elements and technological innovations. It emphasizes high quality and performance from the perspectives of practicality and comfort, which are reflected in engine power, exterior and interior design, space utilization, safety, and other aspects. This forms the concept of an "urban SUV" that combines comfort, power, and perfect practical value.
7
0
Share

How many seconds does it take for the Audi A6 to accelerate from 0 to 100 km/h?

According to official data, the Audi A6 comes in two engine displacements: 3.0T and 2.0T. The 3.0T model accelerates from 0 to 100 km/h in 5.6 seconds, while the 2.0T model takes between 7.5 to 8.3 seconds. Factors affecting the vehicle's 0-100 km/h acceleration time are as follows: Torque: Torque, in simple terms, represents how much force is available. The greater the torque, the more force is applied to propel the vehicle, resulting in faster acceleration. The Audi R8 has a maximum torque of 570 Nm and accelerates from 0 to 100 km/h in 3.1 seconds. The Audi A6 3.0T has a torque of 500 Nm and accelerates in 5.6 seconds. Transmission efficiency: The transmission acts as a medium for power transfer, inevitably involving power loss. The higher the transmission efficiency, the better the acceleration performance. Generally, transmission efficiency ranks as follows: manual transmission > dry dual-clutch transmission > wet dual-clutch transmission > automatic transmission (AT) > continuously variable transmission (CVT). The Audi A6 is equipped with a 7-speed wet dual-clutch transmission. Power-to-weight ratio: The relationship between horsepower and vehicle weight is called the power-to-weight ratio (measured in Hp/T). A higher power-to-weight ratio results in faster acceleration. The Audi R8 has a power-to-weight ratio of 373 Hp/T and accelerates from 0 to 100 km/h in 3.1 seconds. The Audi A6 has a power-to-weight ratio of 171 Hp/T and accelerates in 5.6 seconds.
15
4
Share

Can BYD EV and HEV modes be switched?

BYD EV and HEV modes can be switched at any time. EV mode: Pure electric working mode, where the power battery provides electricity to drive the vehicle via the motor, meeting various driving conditions such as starting, reversing, idling, rapid acceleration, and steady-speed driving. The vehicle must meet the following conditions to enter EV mode: not in terrain mode; the pure electric system temperature is moderate; the road gradient is gentle; the power battery has sufficient charge; the vehicle speed meets the maximum required speed for EV mode; medium throttle driving; no restrictions or fault warnings in the power system. HEV mode: The vehicle is driven jointly by the engine and motor, achieving optimal power performance while maintaining good fuel economy for the dual-mode system. When the battery charge is sufficient, the system automatically switches from EV mode to HEV mode, using the engine for driving. When the vehicle is driving at a relatively stable speed, part of the engine's output torque drives the motor to generate electricity, charging the power battery. In HEV-ECO driving mode, the vehicle is driven solely by the motor at low speeds, and the engine starts to intervene when the speed reaches a certain value. The vehicle must meet the following conditions to enter HEV-ECO driving mode: no restrictions or fault warnings in the power system; the road gradient is steep; the vehicle has sufficient battery charge.
11
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.