Description
Introduction:
The HEXAGONAL HEAD SCREW M16X50 is a critical component of the COMPRESSOR STATOR 2 system in the V94.2 gas turbine. In this article, we will explore the material properties, heat treatment, DIN standard conformity, and applications of this high-strength screw.
Material Properties and Heat Treatment HEXAGONAL HEAD SCREW M16X50:
The material properties and heat treatment of the screw M16X50 are crucial to its reliability in high-pressure industrial applications. This screw, with its 16mm diameter, is made of 1.1191 grade material with a hardness of 31. Its yield test of 927 N/mm2 and tensile test of 965 N/mm2 make it ideal for high-pressure applications. The screw undergoes hard temper heat treatment, enhancing its durability and wear resistance, enabling it to withstand harsh environmental conditions and high-pressure applications.
HEXAGONAL HEAD SCREW M16X50 DIN Standard Conformity:
The screw conforms to DIN 933 standards, ensuring its compatibility with other components that meet the same standards. This standardization allows for easy replacement or interchangeability of the screw when necessary. It also guarantees that the screw’s dimensions and other characteristics are consistent with the DIN standards, making it a reliable component in various applications.
Applications:
This equipment is a versatile and reliable screw suitable for various high-pressure industrial applications. Its strength and durability make it ideal for gas turbines, compressors, and other critical equipment. The M16x50 size is commonly used in heavy-duty equipment and machines, and its compatibility with DIN standards ensures its ease of replacement and interchangeability.
Conclusion:
In conclusion, the HEXAGONAL HEAD SCREW M16X50 is a critical component in the V94.2 gas turbine’s COMPRESSOR STATOR 2 system. Its material properties, hard temper heat treatment, DIN standard conformity, and versatility make it a reliable screw for various industrial applications. Its use in high-pressure environments proves its durability and strength, making it a valuable component in critical equipment.