The characteristics of T-bolts include
products1. The unique structure ensures good stability and positioning during installation and use.
2. It is usually made of high-strength materials, which have high tensile and shear strength.
T-bolts have a wide range of uses
products
1. Mechanical manufacturing
Used for the assembly and fixation of equipment such as machine tools and molds.
2. Field of architecture
Plays a role in connecting and fixing building structures such as curtain walls and steel structures.
3. Rail transit
Used for fixing the track and installing connecting components.
4. Furniture manufacturing
Some furniture assemblies and structural connections use T-bolts.
5. Electronic devices
The internal structure of some electronic devices is fixed.
For example, in the installation of aluminum alloy doors and windows, T-bolts can firmly fix the frame of the door and window to the wall. In industrial automation equipment, T-bolts can ensure precise connections and stable operation between various components.
T-bolts of different materials and specifications are suitable for different scenarios and needs. For example, stainless steel T-bolts have good corrosion resistance and are commonly used in damp or corrosive environments; High strength alloy steel T-bolts are suitable for equipment and structures that require high load-bearing capacity.
Product standards
productsThe national standards for T-bolts include:
GB/T 2165-1991 Machine Tool Fixture Parts and Components T-groove Quick Release Bolts (Obsolete) were adjusted to JB/T 8007.2-1995 and later replaced by JB/T 8007.2-1999 | Machine Tool Fixture Parts and Components T-groove Quick Release Bolts
GB/T 37-1988 T-groove bolts
Mechanical standard:
JB/T 1709-1991 T-bolts (obsolete), replaced by JB/T 1700-2008 valve components nuts, bolts, and plugs
Commonly Used & Materials:
At present, commonly used are DIN186 T-shaped square neck bolts, national standard GB37, DIN188T-shaped double neck bolts, materials include carbon steel, stainless steel, alloy steel, etc., with specifications ranging from M8-M64. The domestically produced high-quality hardware with good quality control - Musheng, has formed a mature process.
Frequently Asked Questions
FAQWhat are the main characteristics of T-bolts?
T-bolts feature a unique structure that ensures excellent stability and precise positioning during installation. They are typically manufactured from high-strength materials, providing high tensile and shear strength.
In which industries are T-bolts commonly used?
T-bolts are widely used in mechanical manufacturing (machine tools and molds), architecture (curtain walls and steel structures), rail transit (track fixing), furniture manufacturing, and electronic devices.
What materials are T-bolts made of, and how do I choose?
T-bolts are available in carbon steel, stainless steel, and alloy steel. Stainless steel T-bolts offer superior corrosion resistance for damp environments, while high-strength alloy steel T-bolts are ideal for heavy load-bearing structures.
What are the national and international standards for T-bolts?
Common standards include GB/T 37-1988 (T-groove bolts), DIN 186 (T-shaped square neck bolts), and DIN 188 (T-shaped double neck bolts). Older standards like GB/T 2165-1991 and JB/T 1709-1991 have been replaced by updated standards like JB/T 8007.2-1999 and JB/T 1700-2008.
What specifications are available for T-bolts?
T-bolts are available in a wide range of sizes, with standard specifications typically ranging from M8 to M64 to fit various industrial applications.