M10 Hex Nut HT8.8 Zinc PlatedThese are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain..
M12 Hex Nut ZpThese are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain types.The prod..
M12 HT8.8 Hex Nuts ZP (EACH)These are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain ..
M6 Hex Nut H/Duty GalvThese are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain types..
M6 Hex Nut Zinc PlatedThese are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain types...
M8 Hex Nut GalvanisedThese are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain types.T..
M8 HT8.8 Hex Nuts Zinc (EACH)These are suitable for low tensile strength applications as the medium carbon material has low tensile strength.But the medium carbon content makes the Class 8.8 Nuts to have high ductility and workability.There could be zinc plated, hot dip galvanized or plain..