UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices

Name: UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices
Brand: BLOOM(suzhou) Materials Co.,Ltd
Price: 17.50 USD
Availability: InStock

Quality UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices factory

Basic Properties

Place of Origin:Jiangsu, China (Mainland)

Brand Name:BLM-IV-2

Trading Properties

Minimum Order Quantity:Negotiation

Price:Negotiation

Standard Packaging:packed and labeled according to the regulations and customer's requests.Great care is taken to avoid any damage which might otherwise be caused during storage or transportation.

Delivery Time:25-30 days subject to the clients' requirement and quantity

Payment Terms:Western Union, L/C, T/T

Supply Ability:300 Ton/Tons per Month

Specifications

Standard:	AISI, ASTM, BS, DIN, GB, JIS, Other,JIS,AISI,ASTM,GB,DIN,EN	Grade:	FeNi36
Diameter:	1.0-12mm	Place Of Origin:	Jiangsu, China (Mainland)
Type:	Wire	Technique:	Hot Rolled
Surface Treatment:	Bright Surface	Application:	Precision Instruments
Special Use:	Invar36,4j36	Delivery:	25-30 Days Subject To The Clients' Requirements And Quantity
Highlight	invar 36 wire , invar 36 plate , Optoelectronic Devices Invar 36 Material

Product Description

UNS K93600 for making aerospace composites nickel-based alloy

Very workable material and easy to machine.

COEFFICIENT OF THERMAL EXPANSION:
With its 36 % nickel content Invar 36 has one of the lowest thermal expansion of all alloys and metals, a near zero coefficient of linear thermal expansion between the standard room temperature, 20 °C and 230 °C (less than 1.3 x 10-6°C-1).

WELDABILITY AND DUCTILITY:
Invar is weldable, ductile and doesn’t show signs of stress corrosion cracking.

MACHINABILITY:
Alloy 36 / Invar 36 ‘free-cut’ is specially formulated to be easier to machine than standard invar and can be processed using conventional tooling and techniques. It has similar machining attributes to stainless steel.

STRENGTH AND TOUGHNESS:
High strength and toughness at low cryogenic temperatures

STANDARDS AND SPECIFICATIONS
The superalloy complies with the following specifications:
ASTM B388
DIN 1.3912
UNS K93600
MIL I-16598
MIL I-23011 Class 7
WS 1.3912

TRADE NAMES:
The superalloy is also available under the following trademarks:
Ametek 936(tm)
Nilo 36(tm)
Pernifer 36

UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices 0

Contact Details

BLOOM(suzhou) Materials Co.,Ltd

Contact Person: Mrs. Kara Liu

Tel: 0086--13914912658

Fax: 86-512-89598069

Alloy Materials

KCF Material

Twin Screw Extruder Parts

Twin Screw Barrel

Twin Screw Elements

Extruder Shaft

Spot Welding Accessories

KCF Guide Pin

Ceramic Welding Pins

Spot Welding Tools

Resistance Spot Welding Machine

Other Materials

UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices

Basic Properties

Trading Properties

invar 36 wire

invar 36 plate

Optoelectronic Devices Invar 36 Material

UNS K93600 for making aerospace composites nickel-based alloy

Very workable material and easy to machine.

COEFFICIENT OF THERMAL EXPANSION:
With its 36 % nickel content Invar 36 has one of the lowest thermal expansion of all alloys and metals, a near zero coefficient of linear thermal expansion between the standard room temperature, 20 °C and 230 °C (less than 1.3 x 10-6°C-1).

WELDABILITY AND DUCTILITY:
Invar is weldable, ductile and doesn’t show signs of stress corrosion cracking.

MACHINABILITY:
Alloy 36 / Invar 36 ‘free-cut’ is specially formulated to be easier to machine than standard invar and can be processed using conventional tooling and techniques. It has similar machining attributes to stainless steel.

STRENGTH AND TOUGHNESS:
High strength and toughness at low cryogenic temperatures

STANDARDS AND SPECIFICATIONS
The superalloy complies with the following specifications:
ASTM B388
DIN 1.3912
UNS K93600
MIL I-16598
MIL I-23011 Class 7
WS 1.3912

TRADE NAMES:
The superalloy is also available under the following trademarks:
Ametek 936(tm)
Nilo 36(tm)
Pernifer 36

Alloy Materials

100KVA Automatic Resistance Spot Welding Machine with Nut Feeder

High-Density T2 Copper Braided Flexible Connector with Zero-Resistance Bond for Precision Resistance Welding

Automatic Nut Transporting Resistance Spot Welding Machine with 100KVA Rated Capacity and Three-phase Power Supply

KCF Material

Ceramic-Coated KCF Alloy Rod with High Thermal Shock Resistance and Customizable Length for Nut Welding

High-Quality KCF Alloy Rod with Stable Insulation Skin, Superior Toughness, and High Wear Resistance for Resistance Welding

Bright KCF Alloy Round Bar For Resistance Welding Industry

UNS K93600 Nickel Alloy Invar 36 Material For Optoelectronic Devices

Basic Properties

Trading Properties

invar 36 wire

invar 36 plate

Optoelectronic Devices Invar 36 Material

UNS K93600 for making aerospace composites nickel-based alloy

Very workable material and easy to machine.

COEFFICIENT OF THERMAL EXPANSION: With its 36 % nickel content Invar 36 has one of the lowest thermal expansion of all alloys and metals, a near zero coefficient of linear thermal expansion between the standard room temperature, 20 °C and 230 °C (less than 1.3 x 10-6°C-1).

WELDABILITY AND DUCTILITY: Invar is weldable, ductile and doesn’t show signs of stress corrosion cracking.

MACHINABILITY: Alloy 36 / Invar 36 ‘free-cut’ is specially formulated to be easier to machine than standard invar and can be processed using conventional tooling and techniques. It has similar machining attributes to stainless steel.

STRENGTH AND TOUGHNESS: High strength and toughness at low cryogenic temperatures

STANDARDS AND SPECIFICATIONS The superalloy complies with the following specifications: ASTM B388 DIN 1.3912 UNS K93600 MIL I-16598 MIL I-23011 Class 7 WS 1.3912

TRADE NAMES: The superalloy is also available under the following trademarks: Ametek 936(tm) Nilo 36(tm) Pernifer 36

Alloy Materials

KCF Material

COEFFICIENT OF THERMAL EXPANSION:
With its 36 % nickel content Invar 36 has one of the lowest thermal expansion of all alloys and metals, a near zero coefficient of linear thermal expansion between the standard room temperature, 20 °C and 230 °C (less than 1.3 x 10-6°C-1).

WELDABILITY AND DUCTILITY:
Invar is weldable, ductile and doesn’t show signs of stress corrosion cracking.

MACHINABILITY:
Alloy 36 / Invar 36 ‘free-cut’ is specially formulated to be easier to machine than standard invar and can be processed using conventional tooling and techniques. It has similar machining attributes to stainless steel.

STRENGTH AND TOUGHNESS:
High strength and toughness at low cryogenic temperatures

STANDARDS AND SPECIFICATIONS
The superalloy complies with the following specifications:
ASTM B388
DIN 1.3912
UNS K93600
MIL I-16598
MIL I-23011 Class 7
WS 1.3912

TRADE NAMES:
The superalloy is also available under the following trademarks:
Ametek 936(tm)
Nilo 36(tm)
Pernifer 36