-
Supplier: Cyril Bath Company
Description: Superplastic Forming (SPF) Superplastic Forming is a process designed for sheet material allowing elongation of several hundred percent. Materials most commonly used with SPF: Aluminum alloys: 5083, 7475 Titanium alloys: Ti 6Al 4V Nickel Alloys
-
Supplier: Savage Engineering, Inc.
Description: Hot press is used for SPF of titanium aircraft parts. Alloy sheet is heated in the press to its super plastic state then formed with controlled gas pressure into complex shapes, ducts and structures.
-
Supplier: Accuris
Description: Standard Test Methods for Forming Superplastic Metallic Sheet
-
-
Supplier: Accuris
Description: ZINC-ALUMINUM SUPERPLASTIC ALLOYS FOR THERMO FORMING, DEEP DRAWING AND STRETCH FORMING
-
Supplier: SAE International
Description: With the increasing demand for fuel efficient vehicles, technologies like superplastic forming (SPF) are being developed and implemented to allow for the utilization of lightweight automotive sheet materials. While forming under superplastic conditions leads to increased
-
Description: ISO 20032:2013 specifies a method for evaluating the tensile properties of metallic superplastic materials which exhibit what is called "Fine-Grained Superplasticity", without significant work-hardening or dynamic microstructure evolution, by means of a tensile test at constant
-
Supplier: Accuris
Description: Method for evaluation of blow formability by bulging test on metallic superplastic materials
-
Supplier: Accuris
Description: STANDARD TEST METHODS FOR BULGE-FORMING SUPERPLASTIC METALLIC SHEET - INCLUDES STANDARD + REDLINE (PDF)
-
Supplier: ASTM International
Description: 1.1 These test methods describe procedures for determining the biaxial formability of a superplastic metallic sheet in a circular die. 1.2 The intent of these test methods are primarily to be used as tests of superplasticity as measured by the ability to form to a
-
Supplier: ASTM International
Description: 1.1 These test methods describe procedures for determining the biaxial formability of a test specimen of superplastic metallic sheet in a circular die. 1.2 The intent of these test methods are primarily to be used as tests of superplasticity as measured by the ability to
-
Supplier: ASTM International
Description: 1.1 These test methods describe procedures for determining the biaxial formability of a superplastic metallic sheet in a circular die. 1.2 The intent of these test methods are primarily to be used as tests of superplasticity as measured by the ability to form to a
-
Supplier: CSA Group
Description: ISO 20032:2013 specifies a method for evaluating the tensile properties of metallic superplastic materials which exhibit what is called "Fine-Grained Superplasticity", without significant work-hardening or dynamic microstructure evolution, by means of a tensile test at constant
-
Supplier: ASTM International
Description: 1.1 This test method describes the procedure for determining the superplastic forming properties (SPF) of a metallic sheet material. It includes tests both for the basic SPF properties and also for derived SPF properties. The test for basic properties encompasses effects due to strain
-
Supplier: SAE International
Description: Titanium is a difficult material to fabricate into complex configurations. There is several elevated temperature forming processes available to produce titanium components for aerospace applications. The processes to be discussed are Superplastic Forming (SPF), hot
-
Supplier: AENOR
Description: Aerospace series - Aluminium alloy AL-P7475-O2 - Sheet for superplastic forming (SPF) - 0,8 mm <=a <=6 mm (Endorsed by AENOR in August of 2005.)
-
Supplier: AENOR
Description: Aerospace series - Titanium alloy Ti-6Al-4V - Annealed - Sheet for superplastic forming - a <= 6 mm (Endorsed by AENOR in March of 2013.)
-
Supplier: AENOR
Description: Aerospace series - Test method - Microstructure of (a + ß) titanium alloy wrought products - Part 004: Microstructure of sheet for superplastic forming (Endorsed by AENOR in March of 2007.)
-
Supplier: AENOR
Description: Aerospace series - Aluminium alloy AL-P8090-O2 - Sheet for superplastic forming (SPF) - 0,8 mm <=a <=6 mm (Endorsed by AENOR in August of 2005.)
-
Supplier: SAE International
Description: This specification covers an aluminum alloy in the form of sheet procured in metric units. Primarily for parts requiring a high degree of formability (superplasticity) and response to heat treatment.
-
Supplier: SAE International
Description: This specification covers an aluminum alloy in the form of sheet, procured to inch/pound dimensions and properties. Primarily for parts requiring a high degree of formability (superplasticity) and response to heat treatment.
-
Supplier: Everlube Products
Description: Lube-Lok S22-TG is a low energy cure, low VOC graphite based solid film lubricant with an inorganic binder system. This forging lubricant was specially developed for superplastic titanium, aluminum,and magnesium forming applications. Lube-Lok S22-TG helps to save energy and reduce
- Applications: Machine / Gears
- Chemistry / Constituents: Graphite, Molybdenum / Metal Sulphide
- Density / Specific Gravity (@15.6°C, 60°F): 1.02 specific gravity
- Features: Anti-Seize / Thread Compound, Aerosol / Spray
Find Suppliers by Category Top
Featured Products Top
-
Everlube Products manufacturers a line of products for superplastic forming of titanium. Formkote® T-50 has been used for this application since the early 1970’s. Everlube also has a line of water (read more)
Browse Industrial Lubricants Datasheets for Everlube Products -
Everlube Products manufacturers a line of products for superplastic forming of titanium. Formkote® T-50 has been used for this application since the (read more)
Browse Industrial Lubricants Datasheets for Everlube Products
More Information Top
Indicates content that may require registration and/or purchase.
-
Superplasticity
40 papers cover the following areas: fundamental aspects, cavitation during superplastic flow, superplastic flow at high strain rates, superplasticity in ceramics and intermetallics, microstructural evolution during superplastic flow, superplastic forming - modelling, superplastic forming equipment.
-
An energy and environmental analysis of aerospace sheet metal part manufacturing
We find that stretch forming and flexforming (also known as a bladder press or hydroforming) dominate current aerospace production, and superplastic forming SPF is used when high formability is required.
-
Lightweight Materials: Understanding the Basics
Superplastic Forming ...
-
Proceedings of the 35th International MATADOR Conference
The characteristics of superplasticity, namely a low flow stress accompanied by a large elongation, are exploited in a variety of ‘ superplastic forming ’ (SPF) processes, including forging, extrusion, blow-forming and so on [1,2].
-
Analysis of superplastic metal forming by a finite element method
Several methods and techniques are presently being used for forming superplastic materials, such as pressure forming, vacuum forming, deep-drawing and superplastic forming with diffusion bond- ing.
-
Titanium: A Technical Guide
• Superplastic forming in conjunction with bonding should increase in favor, although it may remain largely a process for the aero- space industry.
-
Enhanced superplasticity and strength in modified Ti-6AI-4V alloys
Although Ti-6A1-4V displays extensive superplasticity at 1200 K, lower superplastic forming tem- peratures are desirable.
-
Finite element modelling of superplastic-like forming using a dislocation density-based model for AA5083
Conventional superplastic forming (SPF) has been considered as an attractive process with the recent developments in the automotive and aerospace industries, especially for the forming .