In the fiercely competitive global market for electric vehicle (EV) chargers, having ISO 9001, CE, and UL certifications is not just an advantage but a necessity for our factory. These certifications play pivotal roles in enhancing our credibility, ensuring product safety and quality, and ultimately driving our success in the international arena.

 

ISO 9001, an internationally recognized quality management system standard, is of utmost importance. It provides a structured framework that our factory adheres to in every aspect of production, from raw material procurement to the final product delivery. By following ISO 9001 guidelines, we can consistently produce high - quality ISO 9001 certified EV charger. For example, it requires us to conduct regular internal audits, which help identify and rectify any potential issues in our manufacturing processes promptly. This not only reduces waste and rework but also results in products that meet or exceed customer expectations. In the global market, where customers from different countries have diverse quality requirements, ISO 9001 certification serves as a universal seal of quality, assuring them that our chargers are reliable and well - made.

 

The CE mark, signifying compliance with European Union health, safety, and environmental protection regulations, is essential for our market access in Europe. Europe has a large and growing EV market, and many countries have strict regulations regarding electrical products. In the Netherlands, the government has been actively promoting the use of electric vehicles, and public charging infrastructure is expanding rapidly. To be eligible for government - funded public charging station projects, EV chargers must have a CE mark. Our factory, with CE certified EV chargers, was able to bid and win a contract to supply chargers for a major network of public charging stations in Amsterdam. Without the CE certification, we would not have even been considered for this project, which involved supplying hundreds of chargers across the city. This not only brought in significant revenue but also enhanced our brand visibility in the European market.

 

In the UK's growing EV market, consumer perception is also highly influenced by the CE mark. A recent consumer survey showed that over 70% of UK EV owners would be more likely to purchase an EV charger from a brand with CE - certified products. A family in London, when looking to install a home EV charger, chose our factory's CE - certified product over a competitor's non - CE - certified one. The CE mark gave them confidence in the charger's safety and compliance with European standards, ensuring peace of mind with their investment.

 

France has strict regulations regarding the electromagnetic compatibility of electrical devices, including EV chargers. Our factory's CE - certified chargers comply with these regulations, which limit the amount of electromagnetic interference they can emit. In a recent incident, a non - CE - compliant charger from another manufacturer was found to be causing interference with nearby communication systems in a French town. This led to fines for the installer and negative publicity for the brand. In contrast, our CE - certified chargers have never faced such issues, as they are designed to meet the strictest European regulatory requirements. This not only protects our factory from potential legal liabilities but also maintains our positive brand image.

 

UL certification, issued by Underwriters Laboratories in the United States, is equally vital, especially for entering the North American market. UL is highly respected for its rigorous product safety testing. In California, which has some of the most aggressive clean - energy policies in the United States, building codes for new residential and commercial buildings often require UL - listed EV chargers for installation. A large real - estate developer in Los Angeles was planning to install EV chargers in all of its new apartment complexes. They specifically sought out UL certified EV chargers due to local regulations. Our factory's UL - certified chargers were selected for this multi - million - dollar project. Had our products not been UL - certified, we would have missed out on this opportunity to penetrate the North American market and establish partnerships with major players in the construction and property management industries.

 

In Canada, where winters can be harsh and electrical safety is a major concern due to the use of heating equipment alongside other electrical devices, UL - certified EV chargers are highly preferred. A small business owner in Toronto who runs an EV - charging service for his fleet of delivery vans chose our factory's UL - certified chargers. He said that the UL mark was a sign of reliability and safety, especially in the cold Canadian climate. He was confident that the chargers would not malfunction due to extreme temperatures or electrical fluctuations, which could potentially cause damage to his vans or even pose a safety risk. His business has since expanded, and he continues to rely on our UL - certified chargers for his growing fleet.

 

ISO 9001, CE, and UL certifications are the cornerstones of our factory's competitiveness in the global EV charger market. They enable us to produce top - quality, safe products that can access key international markets, build customer trust, and ultimately drive our business growth in an increasingly competitive and regulated global industry.

In recent years, the adoption of electric vehicles (EVs) has soared, transforming the way businesses approach transportation. With this shift comes the need for reliable, convenient, and efficient charging solutions, which is where the portable electric car charger steps in. This innovative tool has quickly become a game-changer for commercial operations that rely on electric vehicles for delivery, transportation, or fleet management.

 

A portable EV charger offers unparalleled flexibility, allowing businesses to ensure their electric vehicles stay powered up no matter where they are. Whether it's a retail store, delivery service, or logistics company, being able to charge EVs off-site, especially in locations without fixed charging infrastructure, can significantly improve operational efficiency. With a portable charger in hand, fleet managers can quickly address charging issues, reducing downtime and ensuring that vehicles are always ready for the next task.

 

Another advantage of the portable electric vehicle charger is its scalability. As businesses grow and their fleets expand, the ability to add chargers without major infrastructure investments makes it an ideal solution. Instead of waiting for the installation of fixed chargers, companies can deploy portable chargers across multiple locations, ensuring that all vehicles have access to a power source wherever needed. This not only saves time but also provides cost-effective charging options for companies that may not yet be ready to invest in a full network of charging stations.

 

For companies with employees who use electric vehicles for business-related travel, the portable EV charger can also offer peace of mind. Employees can carry chargers with them, ensuring that they are always prepared for longer trips or unexpected charging situations. This enhances productivity and reduces the risk of vehicle downtime, contributing to smoother business operations.

 

The use of portable electric car chargers in commercial settings offers a practical and efficient solution for businesses transitioning to electric vehicles. Whether it's for fleet management or individual employee use, the convenience and flexibility of these chargers make them an essential tool for modern commercial operations. By ensuring EVs remain charged and ready to go, businesses can stay ahead of the curve in the growing electric vehicle market.

The main difference between forged and cast wheels is how they are made. Forged wheels are made by pressing the aluminum together under high pressure. This makes them strong and dense, perfect for performance rims.

Cast wheels are made by pouring molten aluminum into a mold. This is cheaper but can leave air pockets in the wheel. These pockets make cast wheels weaker than forged ones. This affects how well they perform, last, and are reliable.

Forged wheels are also lighter than cast ones. Being lighter means better car handling and saving on fuel. Drivers who want better performance and control choose forged wheels for a better drive.

When looking at forged vs cast wheels, we see big differences in how they’re made and how they perform. Drivers should think about these differences when picking wheels for their cars. This is especially true if they want better performance and longer-lasting wheels.



Popular Custom Forged Wheel Designs

In the world of custom forged wheels, two types are very popular. They are monoblock wheels and multi-piece forged rims. These wheels meet different needs and tastes, making them favorites among car lovers.

Monoblock Forged wheels are made from one piece of alloy. This makes them very strong and light. They are great for fast driving and racing.



They are also strong and look the same everywhere. These wheels look good and perform well.

Multi-piece Forged Rims are made of two or three parts that come together. This lets you change the offset, width, and finish. It also makes fixing them easier if parts break.

They look cool and let you make your car stand out. These rims make any car look and perform better.
Which do you prefer to, forged wheels or cast wheels?

The names of Van and Minivan are very similar, and many users will confuse them. However, it should be noted that Van and Minivan have different functions and uses. Therefore, when choosing to buy a practical vehicle, users can understand the differences between them and make preparations for the purchase.

 

Van

 

Minivan

 

1. Definition

• Van is a vehicle mainly used to transport goods or passengers. Many express delivery companies choose to use typical Vans. It has a large enclosed cargo compartment that can load large items, including furniture, equipment, etc.

• Minivan is designed based on sedans and is mainly used for family travel. Therefore, it pays attention to the comfort of the interior, and has specially configured comfortable seats and convenience facilities. It is a small Van.

Eg: Honda Odyssey, Chrysler Pacifica,

 

2. Size and design

• Van is large in size and may be more than 6.1 meters (20 feet) in length. It is usually made of truck chassis and has a high roof, which can easily load goods and has good cargo space.

Eg: Ford Transit, Mercedes Sprinter

• Minivan is generally between 4.9 and 5.5 meters (16 and 18 feet) in length, built on a sedan platform, with a low body, and its cargo capacity can meet family use. The middle row of seats in the vehicle is equipped with independent seats. The vehicle can accommodate 7-8 people in total.

Eg: Honda Odyssey, Toyota Sienna

 

3. Purpose and Use

• Van is mainly used for commercial purposes and is widely used in various industries, such as commercial transportation of goods, express delivery, tool and material transportation of construction companies, food and cooking equipment transportation in the catering industry

• Minivan is biased towards family users, and is very suitable for picking up children from school and joining family outings. There is enough space to store strollers and other children's products.

 

4. Features

• Van interiors generally use practical decorations, equipped with removable seats, simple conveniences, sliding doors or traditional doors, which are mainly conducive to commercial type cargo transportation.

• Minivan is mainly convenient for family use, with double sliding doors, entertainment system, cup holders and storage boxes and other conveniences.

 

5. Drive system and efficiency

• Van is generally used to transport goods or passengers. In addition to its large size and heavy weight, its fuel efficiency is relatively low, so Van usually needs to be equipped with a more powerful engine.

Eg: Large vans may have a fuel consumption of about 10-15 miles per gallon (4.25-6.4 kilometers per liter) on urban roads.

• Minibus is based on the sedan platform design compared to van, with excellent balance of power and fuel economy, which is very suitable for daily commuting driving.

Eg: It can travel 20-25 miles per gallon (8.5-10.6 kilometers per liter) on urban roads and 25-30 miles per gallon (10.6-12.8 kilometers per liter) on highways.

 

If you want to transport a large amount of goods, you can choose Van. If you want to use it for family use, you can choose Minivan. No matter which one you choose, you need to understand the difference between Van and Minivan. If you want to purchase or upgrade the van seat and minivan seat in the vehicle interior, you can contact Xiamen Van Seat. We are a manufacturer specializing in Van and Van Seat. We have rich research experience in Van and Minivan. You can contact us and we will provide you with ideal seat solutions.

If you're travelling a long distance in the United States, you'll probably hear the words ‘Greyhound’ and ‘coach’ a lot. As we all know, Greyhound is the iconic bus service that connects cities across North America, but is Greyhound a coach? Let's find out and discover the similarities and differences between Greyhound and coach.

 

Coach Bus

Coach Bus are specially designed for passengers who are travelling long distances, and the Coach Bus interior are equipped with a wide range of luxury features to provide comfort and convenience to the passengers. Such as. Having spacious luxury bus seats that recline, individual reading lights on the seats, larger window configurations, quiet and separate toilets, HD video TV, and free WIFI available.

 

 

Greyhound

Greyhound is currently the largest intercity bus service provider in the North American market, connecting a network of routes in cities and towns across the U.S. and Canada.Greyhound has extensive experience in intercity bus travel and is known as the ‘Coach of Coaches,’ bringing comfort and affordability to long distance travel. and affordable long-distance travel for passengers.

 

 

The Difference

Greyhound offers relatively low-cost fares, whereas some private coach services are more expensive.

-Greyhound is able to transport large numbers of passengers, with a large network of routes and a large fleet of buses.

-Private coaches are mainly for specific routes or types of journeys and are smaller in size

 

Greyhound is also a coach in many cases, and not only has the same characteristics as a coach, but also has its own unique features, including affordability and large scale operations. Greyhound buses are an affordable way to explore North America, but you can also choose a coach as your travel method. Both options will provide you with a comfortable and enjoyable travel experience.

According to the Consolidated Resolution on the Construction of Vehicles of the United Nations Economic Commission for Europe (UNECE), vehicles are classified into several categories, of which category M is defined as a motor vehicle with at least four wheels used for the carriage of passengers. category M is further subdivided into three subcategories Category M vehicles are further subdivided into three sub-categories, namely M1, M2 and M3, as follows:

 

1. Category M1 vehicles

• Definition: Vehicles used for the carriage of passengers and having a seating capacity of not more than eight persons in addition to the driver's seat.

• Regulations: Must comply with safety, emission and crash test standards for light passenger vehicles.

• Typical Vehicles: Sedans, SUVs, MPVs, etc.

• Applicable Scenarios:

   Family or personal daily travelling.

   Urban commuting and short-distance travelling.

   Suitable for general road driving, focusing on comfort and fuel economy.

 

 

2. M2 category vehicles

• Definition: vehicles used for the carriage of passengers, with more than 8 seats in addition to the driver's seat, and with a maximum gross mass not exceeding 5 tonnes.

• Regulations: Stricter safety requirements, including reinforced structures and accessibility.

• Typical vehicle types: small passenger cars, school buses, tourist buses, etc.

• Applicable Scenarios:

   Urban public transport.

   Shuttle services for schools or enterprises.

   Short distance group travelling.

 

 

3. M3 Category Vehicles

• DEFINITION: Vehicles used for the carriage of passengers, with more than 8 seats in addition to the driver's seat, and with a maximum gross mass of more than 5 tonnes.

• Regulations: Must comply with heavy vehicle safety standards (e.g. rollover protection, emergency exits).

• Typical vehicle types: large buses, coaches, double-decker buses, etc.

• Applicable Scenarios:

   Long-distance passenger transport and intercity transport.

   Tourist and sightseeing buses.

   High-capacity urban public transport.

 

4. Common features of Class M vehicles

• Passenger use: all M category vehicles are used for carrying passengers and not for goods transport.

• Safety standards: They must meet the safety regulations set by UNECE, including seat strength, seat belts, fire performance, etc.

• Environmental requirements: They have to meet the emission standards, especially for M2 and M3 vehicles, which are mostly used in public transport and have higher environmental requirements.

 

5. Summary of Applicable Scenarios

• M1: suitable for personal or family use, focusing on comfort and economy.

• M2: Suitable for small and medium-sized group transport, such as school buses or city buses.

• M3: Suitable for large-scale passenger transport, such as long-distance passenger transport or high-capacity city buses.

 

Vehicles in category M are UNECE classified as being exclusively for the carriage of passengers and cover a wide range of types, from personal use vehicles to large public transport vehicles. By subdividing the M1, M2 and M3 categories, it is possible to better meet the needs of different scenarios for carrying passengers, while ensuring that safety and environmental standards are enforced.

 

 

At Xiamen Van Seat, we have been developing and upgrading seats for M1, M2 and M3 vehicles, and continuously innovating designs, committed to providing owners of different types of vehicles with satisfactory M1 Seat, M2 Seat and M3 Seat. If you want to purchase our affordable van seats to improve the comfort of your van, please contact us.

The origin of the term ‘Coach Bus’ is an interesting one, with a strong historical background as well as representing the development of transport. So why is it Called a Coach Bus? Let's delve deeper into the origins of the term and find out more about its historical origins and what makes coaches and their seating systems so unique.

 

 

Historical Origins

The ‘Coach Bus’ originated in the 15th century in the Hungarian town of Kocsi, where the village designed a coach known as kocsi szekér (‘coach from Kocsi’), which was sturdy, smooth-running, with excellent suspension, and well adapted to rough terrain. that could adapt well to bumps on rough roads. The term spread throughout Europe, evolving into ‘Kutsche’ (German), ‘coche’ (Spanish/French) and finally ‘coach’ in English. ‘ in English.

 

By the 19th century, ‘coach’ came to be associated with any form of comfortable long-distance transport, and was synonymous with long-distance passenger transport, a motorised vehicle designed specifically for comfort and durability.

 

From horse-drawn carriages to the modern coach

At the beginning of the 20th century, motorised vehicles officially replaced horse-drawn carriages. With the development of modern society, the term ‘coach’ refers exclusively to vehicles designed for long-distance travel, prioritising passenger comfort, safety and efficiency. For example, the first motorised buses were equipped with upholstered seats, larger windows, climate control and on-board toilets, offering features such as better visibility and more stable suspension, bringing similar comfort and convenience to traditional coaches. These buses are generally used for intercity travel, continuing the tradition of long-distance transport.

 

Features of modern buses

-Ergonomic seats, ample legroom, and a vibration-damping system for long-distance comfort.

-Reinforced construction, fireproof materials, and an advanced braking system are used to maximise the safety of the vehicle.

-The interior of the vehicle allows the owner to have a customisable and flexible layout, which can be equipped with premium upholstery, luxury entertainment facilities and more.

-Unlike standard buses, coach seats are designed for uninterrupted comfort over long periods of time.

 

The term ‘coach’ carries centuries of innovation, from the carriages of Kocs to today's state-of-the-art buses. The same Xiamen Van Seat has always upgraded and innovated the quality, safety and design of the coach to meet the demands of the modern world. Our coach bus seats are designed to meet the demands of long distance travelling with several stars, and are the perfect combination of versatility and comfort, please visit www.luxuryvanseat.com to find out more about our coach bus seat.

Forged wheels are made with care and perform amazingly with lightweight. They’re not just for looks; they change how your car can perform.

The advantages of forged wheels:

1.Aluminum alloy forged wheels are known for their strength and performance.

2.Lightweight forged rims make your car faster and handle better.

3.You can choose from many designs for looks and function.

4.Forged wheels are made under high pressure for strength and efficiency.

What are Forged Wheels?
Forged wheels show off amazing engineering skills. They are the top in wheel technology. They start with a solid piece of aluminum alloy, called a billet. Then, this billet is shaped into a wheel under huge pressure.
Forged wheels are different from cast ones. Cast wheels melt metal and pour it into a mold. But forged wheels keep the metal's natural strength. This makes them not just lighter but also much stronger.
When making forged wheels, special CNC milling machines are used. These machines make detailed and precise patterns. These patterns look luxurious and perform well, making each wheel a mix of beauty and function.
Forged wheels are made for lasting durability and strength. They are loved in the car world for these reasons. They are the top pick for those who want style and efficiency in their driving.
Benefits of Forged Wheels
Forged wheels are great for car lovers. They are made with strong alloys and precise methods for top performance. These wheels last longer, are lighter, and can be customized.
Durability
The forged wheel durability is top-notch. The special process used makes the wheels strong and tough. They can take a lot of driving stress without losing performance.
Weight Reduction
These wheels are made to be very light. This makes the car lighter, which means better gas mileage and smoother driving.
Customization
There are many custom forged wheel designs to choose from. You can pick the size and finish that fits your style. Brands like Vossen, BBS, and HRE offer many options. They mix looks with great performance.
Best Forged Wheels for Premium Performance
For car lovers in Singapore, picking the right wheels can make a big difference. We’ll talk about the top forged wheels from well-known brands. These wheels are known for their top-notch performance and look.
That's why the best forged wheels are a big deal.

Custom forged wheels are probably the quickest way to enhance the appearance of your vehicle and give it a unique, personalized style. Aftermarket wheels come in a huge selection of designs and sizes and depending on your plan and budget, they can not only be used to improve the vehicle's look, but they can also considerably boost overall performance.
So what wheels would be best for you?
Well, when it comes to wheel styles, your choice is never ending. But, before talking about the appearance and performance capabilities, there are several important basics you need to know to choose the right wheels for your car, truck, or SUV.

Molecular Grain
Cast wheels have a uniform grain, where the molecules sit on top of each other and are held together by mechanical adhesion (like a bowl of cooked rice). Forged wheels have an interlocking grain structure that is more difficult to pull apart (like a bowl of spaghetti).

1- Piece “Monoblock” forged wheels

Monoblock wheels are created by forcing a round bar stock of aerospace-quality aluminum alloy between the forging dies under extreme pressure. Forging is an ultimate technology in one-piece wheels. It creates a finished wheel that is very dense and lightweight. Naturally, the costs of assembly make this type of wheel sit on the higher end of the market price range.

2-piece forged wheels
Two pieced forged wheels divide into another two classes. Some manufacturers bolt the center of the two-piece wheel into a cast or spun rim section, while others weld the center to the hoop on the backside of the wheel. Higher end 2-piece wheels may use forged rims and forged centers, which make them significantly pricier.

3-piece bolted construction forged wheels
Due to the high cost of tooling, and CAD technologies involved, three-piece forged wheels are commonly the most expensive type of wheel construction. The wheel consists of three main pieces: the center, the outer lip and the inner hoop. All parts are normally held together with bolts and sealant applied in or on the assembly to seal the wheel.

Choosing the right size
When changing wheels, be sure to select a replacement with a bolt pattern or circle that matches the OEM pattern of your vehicle. Check what rim widths are recommended by the manufacturer of tires that you consider. To reach the best balance between ride, handling and treadwear, select a rim width in the middle of the manufacturer’s recommended range.

The offset of the rim is what locates the tire/wheel assembly in relation to the suspension. That’s why in order to maintain handling characteristics and avoid extra loads on bushings and ball joints, it is important to keep the front axle offsets on the FWD and AWD vehicles to the OEM specifications. Using the proper positive or negative offset for the vehicle’s rear wheels is important, but less so than using it at the front where the bearing load situation is critical.

The products spray booth used are equally important. And we are not only talking about putties, fillers, primers, colors, varnishes, products that have a direct impact on repainting, but also about those other materials used for preparation and that are also key to a perfect and long-lasting final finish.

We design perfect paint spray booth oven to meet your needs. If you’re looking for a paint booth setup that boosts your productivity and decreases the amount of time it takes to finish a paint job from start to finish, you’re going to need a good drying system.  Whatever you need diesel burner heating, gas burner heating or electric heating, we can design for you, three ways for your options.

Regardless of what you line of work is, Guangli factory has the equipment available to accommodate you so that you work smarter, not harder. Guangli spray booth manufacturer is the industry leader in automotive, industrial, and aerospace paint booths.