When it comes to choosing the right brand of cabinet hinges, there are several options available in the market. Some popular brands worth considering include Higold, Dongtai, Blum, and Hafele. To make an informed decision, it is essential to research and gather information about each brand's reputation, product quality, and customer reviews.
Customizing your own cabinets can be an exciting and rewarding process. However, it is crucial to choose a reputable brand that offers durability, functionality, and aesthetic appeal. Visiting a local hardware store is a great way to experience different cabinet hinges firsthand. You can examine the quality, ease of use, and overall performance of various hinge options.
It is important to note that selecting the right brand of cabinet hinge depends on various factors such as the type of cabinet construction, your specific needs and preferences, and your budget constraints. Comparing different brands will give you a better understanding of their features, pricing, and warranty options.
During my own research, I compared different cabinet hinges and ultimately chose Higold as the best option within my budget. Higold has a solid reputation for manufacturing high-quality hardware products, including cabinet hinges. Their hinges offer smooth operation, excellent durability, and a range of design options to suit different cabinet styles.
In addition to the brand, it is also essential to consider other factors when choosing cabinet hinges. These factors include the type of hinge (such as concealed hinges or pivot hinges), the weight and size of your cabinet doors, and any additional features you may require, such as soft-close mechanisms.
By carefully considering these factors and researching different brands, you can make an informed decision and choose the best brand of cabinet hinge for your specific needs. A high-quality hinge will ensure the longevity and functionality of your cabinets, making them a worthwhile investment for your home.

When it comes to installing the hinge of a cabinet door, there are certain steps and techniques that need to be followed. Here is a detailed guide on how to install the cabinet door hinge properly:
1. Installation of cabinet door hinge tools:
Before starting the installation process, make sure you have all the necessary tools. Some of the tools you'll need include a tape measure or level for measuring, a woodworking pencil for marking and positioning, a woodworking hole saw or pistol drill for drilling holes, and a screwdriver for fixing.
2. Line drawing and positioning:
Using an installation measuring board or woodworking pencil, mark the positioning of the hinge cup on the door panel. The drilling edge distance is generally 5mm. Then, using a pistol drill or woodworking hole opener, drill a 35mm hinge cup installation hole on the door panel. The depth of the hole should be around 12mm.
3. Fixing the hinge cup:
Place the door hinge into the hinge cup hole on the door panel and secure the hinge cup with self-tapping screws.
4. Fixing the base:
After inserting the cabinet door hinge into the cup hole of the door panel, open the hinge and insert it into the side panels. Make sure to align the base properly and fix it in place with self-tapping screws.
5. Testing the effect:
Once the installation is complete, the final step is to test the opening and closing effect of the cabinet door. Make sure it functions smoothly and securely.
In addition to the above method, there is also a tool-free installation method for cabinet door hinges:
1. Connect the hinge base and hinge arm according to the arrow marks.
2. Buckle the tail of the hinge arm downward.
3. Press down on the hinge arm lightly to complete the installation.
4. To disassemble the hinge arm, press lightly at the position indicated by the arrow.
When it comes to installing the hinge correctly, it's important to pay attention to some key factors:
- Determine the minimum door margin: This ensures that the doors don't rub against each other. The minimum door margin is based on the type of hinge, hinge cup margin, and door panel thickness.
- Select the number of hinges: The number of hinges required depends on the width, height, and weight of the door panel. It's important to choose the appropriate number of hinges to ensure proper support.
- Choose hinges adapted to the shape of the cabinet: The curvature of the hinge should be suitable for the specific requirements of the cabinet. This is particularly important for cabinets with built-in pull baskets, as the hinges need to allow for a wide opening angle.
- Select the hinge installation method: The installation method depends on the position of the door side and the side panel. There are three main installation methods: full cover door, half cover door, and embedded door. Choose the method that best suits your cabinet design.
- Adjust the door panel: Hinges often come with adjustment options to fine-tune the position of the door panel. Make use of these adjustments to ensure a perfect fit and smooth operation.
When it comes to the types of hinges available, there are several options to choose from:
- Ordinary hinge: This is the most common type of hinge that is suitable for wooden doors, windows, and furniture.
- Light hinge: These hinges have a thinner and narrower hinge plate and are suitable for lighter wooden doors, windows, and furniture.
- Core-pulling hinge: This type of hinge allows the hinge shaft to be pulled out, making it easier to remove and clean the door or window leaves.
- Square hinge: These hinges have a wider and thicker hinge plate and are used for heavier doors, windows, and furniture.
- H-type hinge: Designed for wider door leaves, such as those found in factories or warehouses.
- Screen door spring hinge: These hinges are specially designed to make the door leaf automatically close after opening. They are mostly used on solid-web steel structure screen doors.
Proper installation of hinges is crucial for the smooth and long-term functioning of cabinet doors. Following these installation steps and techniques will ensure that your cabinet door hinges are installed correctly and function efficiently.

The existing article discusses the importance of using proper metal braided wires or wires as jumpers in electrical panels instead of relying on the hinge on the cabinet door. It emphasizes that the hinge may not provide a good contact due to rust and its movable nature. The correct solution is to use metal braided wires or wires that can be securely fixed with nuts to ensure good contact.
Now, let's expand on this topic by providing more information about the hardware accessories used in high and low temperature test chambers. Hardware accessories, such as hinges, are essential components of mechanical equipment, and they play a crucial role in the proper functioning of high and low temperature test chambers in the environmental test industry.
Hinges are mechanical devices that connect two solid objects and allow for relative rotation between them. In the case of high and low temperature test chambers, hinges are used to connect the cabinet body and the cabinet door. Therefore, the quality of the hinges directly affects the performance and usability of the equipment.
There are different types of hinges available for various applications. Common types include general hinges, spring hinges, door hinges, electromechanical cabinet hinges, heavy-duty hinges, and special-shaped hinges. In the case of high and low temperature test chambers, heavy-duty hinges are most commonly used. This is because the doors of these chambers are frequently opened and closed during testing, and heavy-duty hinges can withstand the repetitive motion without sagging, becoming loose, or compromising the seal.
When hinges are not of good quality or do not provide proper contact, it can lead to several issues. The temperature uniformity of the testing chamber can be significantly affected, leading to inaccurate results. In severe cases, it can even pose risks to the operator, especially when extreme temperatures are involved. Therefore, choosing the right hinges and ensuring their proper functioning is crucial for the reliable operation of high and low temperature test chambers.
Manufacturers often prioritize the hardness of the hinge material when making selections. However, for hinges that need to withstand frequent opening and closing, hardness alone is not sufficient. The hinges also need to possess the necessary toughness to handle the repetitive motion without experiencing deformations or loosening. This ensures the safety of the equipment and its longevity.
Now, let's shift our focus to the electric cabinet hinges used in industrial settings. In any factory or industrial facility, electrical equipment and accessories, including electric cabinet hinges, are essential for the smooth operation of the industry. Electric cabinet hinges may not be as well-known or common as other hardware accessories, but they play a critical role in industrial settings.
Electric cabinet hinges are designed specifically for use in electric cabinets, chassis cabinets, and other industrial electric cabinets. While they may not be visually striking, their importance cannot be underestimated. A complete equipment chain is required in industrial sites, and professionals working in or planning to work in the industry understand the significance of the performance, material, color, and specifications of electric cabinet hinges.
The material used for electric cabinet hinges is typically 4# zinc alloy, which ensures their durability and reliability. The surface treatment of these hinges can be either bright or matte, allowing for different options to match the color and aesthetics of the electric cabinet. The hinges also come with stainless steel pins and washers for added strength and resistance to wear.
The function of electric cabinet hinges is to provide a strong and secure connection between the cabinet door and the cabinet body. As electric cabinets need to be opened and closed frequently, the hinges must have a strong torque and resistance to deformation and loosening over time. This ensures that the electric cabinet functions properly and provides a reliable electricity supply for the entire industry.
When choosing electric cabinet hinges, it is important to consider the specifications that best suit the size and type of the electric cabinet, as well as the weight of the cabinet door. Different electric cabinets require different hinge specifications, and it is recommended to measure the size of the electric cabinet box and consult with sellers to determine the most appropriate hinge thickness.
In summary, hinges, whether used in electrical panels or high and low temperature test chambers, play a vital role in ensuring the proper functioning and safety of various equipment. It is important to choose the right hinges and ensure their good contact and functionality to avoid issues such as poor temperature uniformity or equipment failure. With proper selection and installation, hinges can contribute to the efficient operation of industrial equipment and enhance the overall performance of the industry.

What are the advantages of damping hinges




Damping hinges, also known as buffer hinges, hydraulic hinges, rely on a brand-new technology to adapt to the closing speed of the door. The product uses hydraulic buffer technology to make the door open slowly when the opening is not greater than 60, which can reduce the impact. Force, forming a comfortable effect when closing, even if the door is closed with force, it will make the door close gently; ensure perfect and soft movement. Prevent children from pinching and so on! !


What is the difference between big bend, medium bend and straight bend of damping hinge, and how to distinguish

1. The gap is different: there is a gap between the two big bends of the hinge. There is a required minimum gap between the middle bends of the hinge.


2. The hinges are different: the middle bend of the hinge requires the use of a hinge with a curved hinge arm. The straight bend of the hinge requires the use of a hinge with a very curved hinge arm.


3. The position is different: the door panels with large curved hinges all cover the side panels of the cabinet. The two doors bent in the middle of the hinge share a side panel. The door with straight curved hinges is located in the cabinet, next to the side panel of the cabinet.




Extended information:


Selection skills of damping hinges:


Appearance is very basic. When purchasing, check how smooth the surface material of the damping hinge is. If there are problems such as scratches and deformation, do not choose it. These are generally produced by secondary processing of waste materials. , not only the appearance is ugly, no grade, the quality is not guaranteed.


The most important thing about the hinge is the switching function, and the damping hinge is a hydraulic hinge, which has higher requirements for the switch. You can check the damper, rivet assembly, etc., and also check whether there is noise when opening and closing, whether the turning speed is uniform, etc. , even if there are some small problems, it is not good.


Usually the hinges are equipped with screws, these are adjustment screws, which can be used to adjust the hinge in three dimensions up and down, front and back, left and right. When we buy damped hinges, we can use a screwdriver to adjust the screws three to four times, and then remove the screws to see the hinge arm Whether the thread on the thread is damaged, thread on thread is relatively easy to wear, and if the thread on the thread is not accurate enough, it is easy to slip and cannot be twisted.


Reference source:
damping hinge

What is this called? It is the shaft on the door that controls the door switch.

called the hinge;


Hinges, also known as hinges, are mechanical devices used to connect two solids and allow relative rotation between them. Hinges can be composed of movable components or foldable materials. Hinges are mainly installed on doors and windows, The hinges are more installed on the cabinets. According to the material classification, they are mainly divided into stainless steel hinges and iron hinges; in order to let people enjoy better, hydraulic hinges (also known as damping hinges) have appeared. It has a buffer function, which minimizes the noise caused by the collision with the cabinet when the cabinet door is closed.


common classification


1. According to the type of base, it can be divided into detachable type and fixed type;


2. According to the type of arm body, it is divided into two types: slide-in type and snap-in type;


3. According to the cover position of the door panel, it is divided into full cover (straight bend, straight arm) with a general cover of 18%, and a half cover (medium bend, curved arm) with a cover of 9%. The built-in (large bend, large bend) door panels are all hidden inside;


4. According to the development stage of the hinge, it is divided into: one-stage force hinge, two-stage force hinge, hydraulic buffer hinge, touch self-opening hinge, etc.;


5. According to the opening angle of the hinge: generally 95-110 degrees are commonly used, and special ones are 25 degrees, 30 degrees, 45 degrees, 135 degrees, 165 degrees, 180 degrees, etc.;


How to distinguish between damping hinges and ordinary hinges

Damping hinge is a kind of hinge, also known as hydraulic hinge, which relies on hydraulic damper to adjust the closing speed of the door. Even if the door is closed with force, it will close gently, ensuring perfect and soft movement.

The overall structure of the damping hinge includes a support, a door box, a buffer, a connecting block, a connecting rod and a torsion spring. One end of the buffer is hinged on the support; the middle of the connecting block is hinged on the support, one side is hinged with the door box, and the other It is hinged with the piston rod of the buffer; the connecting block, connecting rod, support, and door box form a four-bar linkage; the buffer includes a piston rod, a housing, and a piston, and there are through holes and holes on the piston, and the piston rod When the piston is driven to move, the liquid can flow from one side to the other through the through hole, thus playing a buffering role.

The biggest difference between damped hinges and ordinary hinges is that a damper (usually a small cylinder) is added to the hinge.


How to choose the damping hinge correctly

Damping hinge selection basis:

1: Determine the damping force of the selected hinge according to the required damping force of the door

2: Select the hinge shape, opening angle, material, color, service life, damping breakpoint, etc. according to the working conditions.

3: Select the hinge type according to the interior door and exterior door


Real life common ball hinge principle

Hinges, also known as hinges, are mechanical devices used to connect two solids and allow rotation between them. Hinges may be composed of movable components or foldable materials. Hinges are mainly installed on doors and windows, while Hinges are more installed on cabinets. According to the classification of materials, they are mainly divided into stainless steel hinges and iron hinges; in order to let people enjoy better, hydraulic hinges (also known as damping hinges) have appeared. The buffer function minimizes the noise from the collision with the cabinet when the cabinet door is closed.

Working principle: The rotating pair composed of a cylindrical pin, a hole and its two ends is called a hinge. An object A is set on a part C of another object B. The movement of object A is limited by C, but A can revolve around C in Objects A and B form a hinge when they rotate in a plane or in space (C is spherical).


What is the working principle of the damper

working principle:


The main part of the damper is two counterweight objects each weighing about 150 tons suspended by steel cables, suspended on the 90th floor (395 meters). When strong winds hit, the device uses sensors to detect wind force and building The shaking degree of the object, and the computer controls the counterweight object to move in the opposite direction through the spring and hydraulic device, thereby reducing the shaking degree of the building.


Its working principle is like a person on a rocking boat, moving his body in the opposite direction of the boat's shaking to achieve balance. If a strong wind blows from the north, the counterweight is like a huge "pendulum" swinging to the north, making the The wind damper will generate a force that is opposite to the wind direction, thereby defusing the degree of shaking of the building and counteracting the impact of strong winds on the building.


After using this device, the acceleration of the strong wind on the building can be reduced by about 40%, so that even if it is hit by a strong wind, the people in the building will basically not feel the shaking of the building.


Extended information:

Classification:


The damper is just a component. It has different damping effects when used in different places or in different working environments. Damper: used for vibration reduction; Snubber: used for shock resistance, allowing movement at low speeds, locking when the speed or acceleration exceeds the corresponding value, form a rigid support.


Various applications are: spring dampers, pulse dampers, rotary dampers, wind dampers, viscous dampers, damped hinges, damped slide rails, furniture hardware, cabinet hardware, etc.


Scope of application:


Hydraulic dampers are mainly suitable for anti-vibration of pipelines and equipment in nuclear power plants, thermal power plants, chemical plants, steel plants, etc. They are often used to control impact fluid vibrations (such as rapid closing of the main valve, discharge of safety valves, water hammer, breaking The vibration of the piping system stimulated by the impact of pipes, etc.) and earthquakes; the liquid damper cannot effectively control the low-amplitude high-frequency or high-amplitude low-frequency vibration, and the spring damper is suitable for this occasion.


References: Damper

What is the principle of the slow-down of the damping of the toilet seat? !

When the toilet falls, it drives the rotating shaft to rotate, and squeezes the damping oil from the direction of the large hole to the direction of the small hole through the screw. It is generally used when the cover plate is heavy, and it is filled with a certain amount of damping oil. There is a rotating shaft in the middle, and the rotating shaft is processed into Spiral, discharged from the direction of the small hole, so it can only be discharged slowly, so as to realize the function of slow down of the toilet.


Damping helps reduce the resonance amplitude of the mechanical structure, thereby avoiding structural damage due to the vibration stress reaching the limit; damping helps the mechanical system quickly return to a stable state after being subjected to an instantaneous impact.

Damping helps to reduce the sound radiation caused by mechanical vibration and reduce mechanical noise. The noise of many mechanical components, such as the housing of transportation vehicles and saw blades, is mainly caused by vibration. The use of damping can effectively suppress resonance. thereby reducing noise.


Extended information:


When = 1, the solution is a pair of heavy real roots, and the damping form of the system at this time is called critical damping. In real life, the doors of many rooms or bathrooms in many buildings are equipped with torsion springs for automatic door closing. The floor is equipped with damping hinges, so that the damping of the door is close to the critical damping, so that when people close the door or the door is blown by the wind, it will not cause too much noise.


In actual vibration, since the frictional force always exists, the energy initially obtained by the vibration system will continue to perform negative work on the system due to the resistance during the vibration process, so that the energy of the system will continue to decrease, the intensity of the vibration will gradually weaken, and the amplitude will also decrease. It becomes smaller and smaller, so that the vibration finally stops, and the mechanical energy of the system like this is gradually reduced due to friction and conversion into internal energy, and the amplitude of the vibration weakens with time.


Reference source: - Damping


Reference source: - Damping


Working principle of random stop

Working principle: The revolving pair composed of a cylindrical pin, a hole and its two ends is called a hinge. An object A is set on a part C of another object B. The movement of object A is limited by C, but A can revolve around C. Rotate in plane or space, objects A and B form a hinge.
The reel is connected to the other end of the rope. The reel includes a first reel and a second reel. One end of the rotating shaft is connected to the first reel through a connecting regulator and through the bearing frame, and the other end passes through the other end. The bearing frame is connected with the second reel.


Introduction of hinge


Hinges, also known as hinges, are mechanical devices used to connect two solids and allow rotation between them. Hinges may be composed of movable components or foldable materials. Hinges are mainly installed on doors and windows, while Hinges are more installed on cabinets. According to the classification of materials, they are mainly divided into stainless steel hinges and iron hinges; in order to let people enjoy better, hydraulic hinges (also known as damping hinges) have appeared. The buffer function minimizes the noise from the collision with the cabinet when the cabinet door is closed.


The automatic stop device includes a bottom shell, a cover plate, a drum, a reel, and a connecting regulator. The top of the bottom shell is connected to the cover plate. There is a set of bearing frames near both ends of the bottom shell, and a rotating shaft is arranged between the two bearing frames. One end of the connection regulator is fixed on the bearing frame. One end of the roller is connected to the bearing frame, and the other end of the roller is connected to the end of the bottom shell.


What is the working principle of the hinge

The hydraulic buffer hinge adopts the environmental protection design concept of small structure design, and the miniature hydraulic damper is cleverly hidden in the hinge. It is a combination of advanced hydraulic buffer system, unique transmission system (patented), high-performance manganese steel elastic system The advanced technology is integrated in the hinge, which can make the cabinet door close automatically and slowly, and can truly achieve the functions of cushioning, anti-collision, and noise reduction.

The hydraulic buffer is composed of a set of telescopic rods with sleeves. The interior is divided into two chambers by the piston, filled with high-quality damping oil, which has good viscosity and fluidity, so that the product maintains a consistent and stable buffering effect; the key of the transmission system lies in the connection The connecting rod between the inner connecting plate and the buffer has an elongated hole through which the corresponding rotating shaft passes, so that the connecting rod can slide and rotate relative to the rotating shaft to achieve a good transmission effect.
Extended information


A formed hydraulic hinge is composed of many parts, and these parts are all stamped out by molds. The raw material is 304 stainless steel, but the stamping molds are all iron, which will generate mechanical magnetism during processing.


Moreover, the fittings in the hinge are made of stainless iron, which also has suction through 304. The main parts are all pure 304, and the other small parts are made of stainless steel. It is easy to break, so it will definitely be sucked directly with a magnet, which is a normal phenomenon.


Reference source: Baidu Encyclopedia - hydraulic hinge



Tallsen focuses on the principle of "continuous improvement on product quality" and actively conducts R&D research before production.
Tallsen seizes the opportunity to open up foreign markets and has provided customer with better and services.We have been upholding the goal of being one of the leading manufacturers.Hinge has passed multiple safety tests without chemicals. It is good for all skin types.At Tallsen, it is our skilled workers, advanced technology, and systematic management system that contribute to sustainable growth.
1. Production technology: With years of accumulation, we have enough capabilities to improve the production process. Advanced technology including welding, chemical etching, surface blasting, and polishing contributes to the superior performance of the products.
Our company has established a complete testing center and introduced advanced testing equipment. Our products not only meet the customer's quality requirements, but also have the advantages of reliable performance, no deformation, and durability.Tallsen was founded in . For many years, we have always adhered to the development philosophy of 'survive by quality, develop by innovation'. We have constantly focused on innovation and development, so as to continuously provide quality products and services.If we have refunds agreements, you will be responsible for the return shipping charges. The balance will be refunded back to you after we receive the items.