Hinges  Manufacturers, Traders, Suppliers

Description:     

• For fastening the cover to the lower part of the housing

Material:     

• Aluminium die-cast

Colour:     

• RAL 7001

Scope of delivery:     

• 8 screws

Packaging unit:     

• 2 pcs.EAN:      

material:
steel, stainless steel (V2A z.B. 1.4301, V4A z.B. 1.4571)
brass, aluminium
finishing:
unfinished
zinc-plated, blue (without Cr6)
zinc-plated, yellow
nickel-plated
coated
standards:
hight:
min. 15 mm - max. 100 mm
width over all:
min. 20 mm - max. 500 mm
holes:
without holes up to max. 10 holes - different measurements
crank:
crumed and not crumed
pin:
fixed pin - loosed pin
pin material:
steel, stainless steel, brass
pin special form:
pin with ring-shaped head
special rolled hinges:
lift-off hinges, french case hinges, case hinges, piano hinges, construction hinges, scenery hinges, standard hinges, screen hinges, flap hinges, door hinges

lift-off hinges, french case hinges, case hinges, piano hinges, construction hinges, scenery hinges, standard hinges, screen hinges, flap hinges, door hinges
weld-on hinges, joint hinges, car door hinges
scenery hinges, standard hinges, flap hinges, door hinges

• Hinges in plastic, detachable, left
• Hinges in plastic
• Hinges in plastic with adjustable friction

- Hinges in plastic, detachable, left
- Hinges in plastic
- Hinges in plastic with adjustable friction
...

At FATH, we specialize in the development and production of engineering components, parts and modular solutions that are used in industrial environments wherever people, machines and materials interact - whether in production, assembly, intralogistics or logistics. Our process optimization solutions ensure efficient shopfloor management and increase productivity.
We combine know-how from our own development and production with 35 years of practical experience. We bundle this knowledge with our experts, partnerships and cooperations to create the unique FATH ecosystem. With this combined expertise in mechatronics, process optimization and high-precision mechanics, we offer customized system solutions for better industrial value creation and positive work experiences.
Headquartered in Spalt, we are an international group of companies with more than 500 employees and locations in Germany, Switzerland, the Netherlands, the USA, the People`s Republic of China, Hungary, the UK, Mexico, Brazil and India.

All locks in this group including clamps, hooks (catch plates) and hinges are radius-curved and are suitable for fitting to hose-clamps and clamping rings with a given profile. They are available with radiuses R=55, R=90 and R=150 with holes as well as without holes with or without welding spots. 

In the European market, door hinges use the EN1935 standard
EN 1935:2002/AC:2003 is the core European standard for single-axis hinges for building doors and windows, which mainly regulates their performance, test methods and classification system.
1. Scope of application
Product type: Applicable to single-axis hinges (fixed pin type or lifting type), installed on the edge of doors and windows, with the rotation axis not exceeding 30 mm from the surface of the door or window leaf.
Weight limit: Maximum load-bearing capacity of doors is 160 kg, and maximum load-bearing capacity of windows is 60 kg.
Exclusions: Spring-assisted hinges (covered by EN 1158), multi-axis hinges and special-purpose hinges (such as multi-axis hinges for fire doors must comply with EN 16034).
2. Core performance requirements
Classification coding system (8-digit code) For example: 34x0x20x
Digit 1: Usage level (1-4, the larger the number, the more stringent the use environment);
Digit 2: Durability level (3/4/7);
Digit 4: Fire resistance (0/1);
Digit 6: Corrosion resistance (0-4);
Digit 7: Anti-theft (0/1).

Durability test
Grading standard:
Level 3: 10,000 cycles (only for light window hinges);
Level 4: 25,000 cycles (for light door and window hinges);
Level 7: 200,000 cycles (for medium and heavy door hinges).
Mechanical properties
Torque limit: In the durability test, the maximum allowable torque generated by the friction of the hinge must meet the standard to ensure smooth operation.
Static load and shear strength: Static tension and pressure tests are required to verify the structural stability under extreme conditions.
Fire performance
Grading standard:
Grade 0: Not applicable to fire/smoke doors;
Grade 1: Must pass EN 1634-1 test, applicable to fire door components (must be tested as a whole with the door).
Corrosion resistance
Grading standard: According to EN 1670:2007, it is divided into 5 levels (no requirements for level 0, extremely strong corrosion resistance for level 4, such as salt spray test for 480 hours).
Safety and anti-theft
Safety: All hinges must meet basic safety requirements (only level 1).
Anti-theft:
Grade 0: Not applicable to anti-theft doors;
Grade 1: Must pass anti-theft test (must be combined with the overall design evaluation of the door).
3.Application scenarios
General scenarios: Door and window hinges for residential, commercial buildings, and industrial sites, different levels are suitable for different usage frequencies and environments (such as high corrosion areas need to choose level 4 hinges).
Special scenario: Fire door hinges need to meet both EN 1935 and EN 1634-1 and be tested as a whole with the door to ensure fire resistance.

A hinge is a mechanical device used to connect two objects so that they can move relative to each other. It is commonly used in doors, windows, cabinets, furniture and other areas. It usually consists of two leaves and a shaft, with the leaves connected to each other by the shaft so that the connected objects can open and close around the axis. Depending on the material, structure and function, there are many types of hinges that meet the requirements of different application scenarios.

In the area of doors and windows, the quality of the hinges has a direct influence on the service life and security of doors and windows. Common door hinges include high-performance hinges, invisible hinges and adjustable hinges. Heavy-duty hinges are normally used for doors with a higher weight, such as fire doors and security doors, with a high load-bearing capacity and durability. The invisible hinge is cleverly designed. Once installed, the slats are concealed in the door body. It impresses with its simple and attractive appearance and is often used for high-quality furniture and interior doors. The adjustable hinge has an adjustment function that allows the position of the door to be fine-tuned after installation to ensure the horizontality and verticality of the door.

Hinges play an equally important role in the furniture sector. Furniture hinge types include soft-close hinges, full-cover hinges and half-cover hinges. The soft-closing hinge has a built-in buffer device that automatically slows down the closing of the door to prevent noise caused by impacts and improve the user experience. Full-coverage hinges are suitable for situations where the door panel completely covers the cabinet frame and provides a wider opening angle for easier access. The half-cover hinge is suitable for situations where the door panel partially covers the enclosure frame. It is flexible to install and offers high adaptability.

In industrial applications, the design and manufacturing requirements for hinges are stricter. Industrial hinges must be able to withstand heavy loads, and high temperature resistance and corrosion resistance are also crucial. For example, a detachable hinge is a hinge that can be easily disassembled and is often used on equipment that requires frequent disassembly or maintenance, such as instrument boxes, distribution cabinets, etc. This type of hinge is usually manufactured by sheet metal stamping and is characterized by a simple structure and easy installation.

The material selection of the hinge has a direct impact on its performance and service life. Common hinge materials include stainless steel, brass, zinc alloys and engineering plastics. Stainless steel hinges have excellent corrosion resistance and are suitable for humid environments or outdoor use. Brass hinges have a simple and elegant appearance and are often used on high-end furniture and highly decorative locations. Zinc alloy hinges are inexpensive and suitable for general furniture, doors and windows. Engineering plastic hinges are lightweight and wear resistant and are suitable for lightweight doors, windows and furniture.

There are several factors to consider when choosing a hinge. The first is the load-bearing capacity, which ensures that the hinge can support the weight of the door, window or furniture. The second is durability. High-quality hinges should have a long service life and reduce the frequency of maintenance and replacement. In addition, the appearance of the hinge should match the overall style to enhance the aesthetics. Finally, ease of installation and maintenance is also a factor to consider when selecting a hinge to facilitate future adjustments and maintenance.

Hinges, also known as joints, are mechanical devices that connect two solid bodies and allow relative rotation between them, and are widely used in various fields. In construction, hinges are used for the installation of doors and windows to ensure smooth opening and closing. In furniture construction, hinges are used to connect cabinet doors and drawers and enable flexible opening and closing functions. In electronic devices, hinges are used to connect the screens of laptops and foldable cell phones so that the screen can be rotated freely at different angles. Hinges are also used in parts such as car hoods and trunk lids to enable convenient opening and closing.