उत्पाद वर्णन
Hexagonal Head Screws and Bolts Din 933 And 931
Size |
M 6 TO M 24 |
Brand |
VI OR IMPORTED |
Head Type |
HEX |
Type Of Bolts |
Hexagonal |
Type |
HEX BOLTS,HEX SCREWS |
Thread Type |
Full Thread |
Surface Finishing |
Polished |
Material |
High Tensile Steel |
Grade |
8.8,10.9 |
Standard |
DIN 933,DIN 931 |
Quantity Per Pack |
50 KGS |
Color |
Black, Golden, Silver |
Surface Treatment |
Oxidation Blackening |
Coating |
Zinc Electroplating |
Thread Length |
20MM TO 500MM |
Packaging Type |
BOXES,BAGS |
Packaging Size |
50 KGS BAGS,25 KGS BOXES |
STANDARD : DIN 931 & 933
GRADE : 8.8
RANGE
DIA : M 3 - M24
LENGTH : 6MM - 200MM
Additional Information:
- Delivery Time: 25 - 30 DAYS
- Packaging Details: BOXES, BAGS
FAQs of Hexagonal Head Screws and Bolts Din 933 And 931:
Q: What is the material used for Hexagonal Head Screws and Bolts DIN 933 and 931?
A: The material used for the Hexagonal Head Screws and Bolts DIN 933 and 931 is steel, providing high durability and tensile strength.
Q: What is the surface treatment applied to the Hexagonal Head Screws and Bolts DIN 933 and 931?
A: The Hexagonal Head Screws and Bolts DIN 933 and 931 are coated with an anti-corrosion coating for increased longevity and resilience against rust.
Q: What is the standard followed for the Hexagonal Head Screws and Bolts DIN 933 and 931?
A: The Hexagonal Head Screws and Bolts DIN 933 and 931 adhere to the standards set by DIN 931 and DIN 933, ensuring quality and reliability in industrial and mechanical fastening applications.
Q: What are the drive type and head type of the Hexagonal Head Screws and Bolts DIN 933 and 931?
A: The drive type for these fasteners is hex, and the head type is hexagonal, providing optimal torque levels and ease of use in installation processes.
Q: Are the Hexagonal Head Screws and Bolts DIN 933 and 931 suitable for heavy load applications?
A: Yes, these fasteners have high tensile strength, high load capacity, and are corrosion-resistant, making them ideal for heavy load applications where reliability and durability are crucial.