Is the Solid flange SAE lightweight version, carbon steel compatible with DIN 912 class 12.9 hexagon socket screws and pre-drilled for four holes?

Yes. The Solid flange SAE lightweight version, carbon steel is compatible: it is a lightweight version of the Full flange SAE 3000 described, made of carbon steel (galvanized), and is pre-drilled for four holes sized for DIN 912 hexagon socket screws. It specifically supports DIN 912 hexagon socket screws class 12.9.

Does the Solid flange SAE lightweight version, carbon steel come galvanized and ready for DIN 912 class 12.9 hex socket screws?

Yes. The Solid flange SAE lightweight version, carbon steel is supplied galvanized and prepared for DIN 912 hexagon socket screws, class 12.9 - it features the full flange SAE 3000 pattern with four holes sized for DIN 912 screws.

Can Solid flange SAE lightweight version, carbon steel accommodate torque from DIN 912 class 12.9 screws?

Yes. The Solid flange SAE lightweight version, carbon steel can accommodate the torque from DIN 912 class 12.9 screws, provided that the flange and screw contact geometry are correct and installation torque does not exceed the flangeâs material and thread strength limits. Why: - DIN 912 class 12.9 screws are highâstrength alloy bolts with high proof and ultimate strengths; they are commonly used with carbon steel flanges. - The described part (Full flange SAE 3000 with four holes for DIN 912 hexagon socket screws, class 12.9; lightweight version. Material: carbon steel, galvanized) indicates the flange is designed to accept DIN 912 screws of that class and typical installation torques. Conditions and cautions: - Ensure the flange hole size, thread engagement (if tapped) or use of appropriate nuts, and washer arrangement match the screw diameter and recommended seating (flat washers and/or hardened washers as required). - Verify the flangeâs local bearing strength and shear capacity for the applied loads. the flange must be thick and reinforced enough to avoid crushing, pulling through, or shear failure under bolt preload and operational loads. - Apply the manufacturerâs recommended tightening torque for the specific screw size and lubrication state (galvanizing and lubrication affect torque/pretension relationship). Overâtorquing can yield bolt or flange damage; underâtorquing reduces clamp load. - If fatigue, vibration, or dynamic loads are present, consider using locking devices and verify joint design accordingly. Conclusion: For typical applications, the Solid flange SAE lightweight version, carbon steel is compatible with DIN 912 class 12.9 screws and their torque, assuming correct hole fit, adequate thread engagement or nut, and adherence to recommended torques and joint design checks.

Solid flange SAE lightweight version, carbon steel

All products, Fittings for high-pressure hoses/

Additional information

Material	CS – steel (cast iron)
Standard length [m]	10, 2

Full flange SAE 3000 with four holes for DIN 912 hexagon socket screws, class 12.9; lightweight version. Material: carbon steel, galvanized.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TI-ZSK621-08	Full flange SAE 1/2", light weight	-	-	In stock	Enquiry
TI-ZSK621-12	Full flange SAE 3/4", light weight	-	-	In stock	Enquiry
TI-ZSK621-16	Full flange SAE 1", light weight	-	-	In stock	Enquiry
TI-ZSK621-20	Full flange SAE 1.1/4", light weight	-	-	In stock	Enquiry
TI-ZSK621-24	Full flange SAE 1.1/2", light weight	-	-	In stock	Enquiry
TI-ZSK621-32	Full flange SAE 2", light weight	-	-	In stock	Enquiry
TI-ZSK621-40	Full flange SAE 2.1/2", light weight	-	-	In stock	Enquiry
TI-ZSK621-48	Full flange SAE 3", light weight	-	-	In stock	Enquiry
TI-ZSK621-56	Full flange SAE 3.1/2", light weight	-	-	In stock	Enquiry
TI-ZSK621-64	Full flange SAE 4", light weight	-	-	In stock	Enquiry
TI-ZSK621-80	Full flange SAE 5", light weight	-	-	In stock	Enquiry