COPPER 14675.50 $ |

ALUM 3101.00 $ |

ZINC 3960.00 $ |

NICKEL 15580.00 $ |

LEAD 1910.00 $ |

TIN 51700.00 $ |

A.ALLY 3000.00 $ |

NASAAC 2750.00 $ |

COBALT 34175.00 $ |

COPPER 14675.50 $ |

ALUM 3101.00 $ |

ZINC 3960.00 $ |

NICKEL 15580.00 $ |

LEAD 1910.00 $ |

TIN 51700.00 $ |

A.ALLY 3000.00 $ |

NASAAC 2750.00 $ |

COBALT 34175.00 $ |

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1.2316 (X38CrMo16) Plastic Mold Steel

1.2316 (X38CrMo16) steel is a chromium-molybdenum steel with improved corrosion resistance properties. It offers good polishability, toughness, and heat resistance while also being wear-resistant.

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What is 1.2316 (X38CrMo16) (R65) Steel?

1.2316 (X38CrMo16) steel is a chromium-molybdenum steel with improved corrosion resistance properties. It offers good polishability, toughness, and heat resistance while also being wear-resistant. It is commonly preferred for molds and tools used to shape and process chemically aggressive plastic materials like PVC.

1.2316 (X38CrMo16) is a martensitic stainless chromium steel with the same hardness throughout all dimensions. It is easy to process and has high surface quality and polishability. Due to its high chromium content, 1.2316 (X38CrMo16) is not suitable for nitriding and chrome plating.

What is the Hardness Value of 1.2316 (X38CrMo16) (R65) Steel?

The hardness value of 1.2316 (X38CrMo16) steel is between 27 and 33 HRC.

What are the Mechanical Properties of 1.2316 (X38CrMo16) (R65) Steel?

You can find the material properties of 1.2316 (X38CrMo16) (R65) in the "Technical Details" tab. All mechanical and material properties of 1.2316 (X38CrMo16) (R65) steel are specified within this tab.

Where is 1.2316 (X38CrMo16) (R65) Steel Used?

1.2316 (X38CrMo16) steel is commonly used for plastic molds and offers higher corrosion resistance compared to 1.2083. It can be used in the manufacturing of chemically aggressive materials like PVC and other plastics containing abrasive fillers without the need for chrome or nickel plating.

What is the Price of 1.2316 (X38CrMo16) (R65) Material?

The price of 1.2316 (X38CrMo16) (R65) material varies depending on the product section, dimensions, and surface quality. You can access 1.2316 (X38CrMo16) (R65) steel prices through the "Proceed to Online Sales" button on the www.saglammetal.com homepage.

Chemical Composition

Code: 1.2316 (R65) X38CrMo16

Carbon	Chromium	Molybdenum
C	Cr	Mo
0,38	16,50	1,20

Heat Treatment

	Temperature	Cooling	Hardness
Soft Annealing	760 - 800 °C	Furnace	245 HB
Stress Relief Annealing	500 - 550°C	Furnace
Hardening	1020 - 1050°C	C oil, pressure gas (N2), air or hot bath 500 - 550°C	see tempering diagram

Mechanical Properties

Hardness

27 - 33

HRC

Physical Properties

Thermal Expansion Coefficient	10,3- 11,6	1/K * 10^-6
Thermal Conductivity (20°C)	19,6	W/mK
Density	7,85	g/cm³

1.2316 (X38CrMo16) Plastic Mold Steel

1.2316 (X38CrMo16) Stainless Steel

1.2316 (X38CrMo16) steel is a chromium-molybdenum steel with improved corrosion resistance properties. It offers good polishability, toughness, and heat resistance while also being wear-resistant.

What is 1.2316 (X38CrMo16) (R65) Steel?

What is the Hardness Value of 1.2316 (X38CrMo16) (R65) Steel?

What are the Mechanical Properties of 1.2316 (X38CrMo16) (R65) Steel?

Where is 1.2316 (X38CrMo16) (R65) Steel Used?

What is the Price of 1.2316 (X38CrMo16) (R65) Material?

Chemical Composition

Code: 1.2316 (R65) X38CrMo16

Carbon

Chromium

Molybdenum

C

Cr

Mo

0,38

16,50

1,20

Heat Treatment

Temperature

Cooling

Hardness

Soft Annealing

760 - 800 °C

Furnace

245 HB

Stress Relief Annealing

500 - 550°C

Furnace

Hardening

1020 - 1050°C

C oil, pressure gas (N2), air or hot bath 500 - 550°C

see tempering diagram

Mechanical Properties

Hardness

27 - 33

HRC

Physical Properties

Thermal Expansion Coefficient

10,3- 11,6

1/K * 10-6

Thermal Conductivity (20°C)

19,6

W/mK

Density

7,85

g/cm3

1.4057 (X17CrNi16-2)

Industries

Automotive

White Goods - Electronics

Application

Plastic Extrusion

Holder Materials

Ağırlık Hesaplama

Tahmini Ağırlık

1/K * 10^-6

g/cm³