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Supplier: Houghton International, Inc.
Description: Hydrodraw™ 551 forming compound is a high-lubricity water-based drawing compound used for tube bending, drawing and stamping operations. The dripless gel formula is chlorine- and sulfur-free and is useful when metal surfaces must be free from chemical contamination. Heavy-duty
- Type: Fluid / Oil
- Features: Lubricant, Metal Forming, Specialty
- Industry Applications: Metal Working Fluid
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Supplier: Saint-Gobain Surface Conditioning Group
Description: AmberLube™ EC is a water-based lubricant which does not contain volatile organic compounds (VOCs) or ozone depleting substances (ODSs). This formula may be applied in the tube bending, swaging, stretch forming and skin forming of ferrous and non-ferrous metals such as aluminum,
- Flash Point: 200 F
- Features: Biodegradable, Specialty
- Type: Fluid / Oil
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Supplier: Saint-Gobain Surface Conditioning Group
Description: The AmberLube™ product line is a serires of water-based, extreme pressure lubricants which do not contain volatile organic compounds (VOCs) or ozone depleting substances (ODs). The AmberLube series may be applied in the tube bending, swaging, stretch forming and skin forming of
- Flash Point: 200 F
- Features: Biodegradable, EP (Extreme Pressure / Active), Specialty
- Type: Fluid / Oil
- Composition / Chemistry: Specialty / Other
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Supplier: SAE International
Description: expansion and corner fill processes using several types of lubricants. Project plans are developed based on identified knowledge gaps, barriers to implementation and technology needs as follows: Effects of forming operations prior to hydroforming including tube making,
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Supplier: HydraCheck Inc.
Description: For use with all types of tubing or pipes – and strongly recommended for stainless steel – with mild to medium amounts of contamination, surface rust or scale build-up. Ideal for removing mandrel lubricants, grease and oil after the bending process. The Tube style foam is denser
- Tube / Hose Diameter: 0.25 to 2 inch
- Power Source: Air / Pneumatic
- Type: Component / Accessory
- Components / Options: Projectile - Foam
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Supplier: Dupont Molykote
Description: gears, splines, journal bearings, cams and ways Metalworking - helps prevent galling, welding and metal pickup on tools and dies in machining, stamping, and drawing operations, tube bending, thread rolling, cold heading, swaging and forging Assembly lubricant - reduces torque in
- Operating / Use Temperature: 0.4 to 750.2 F
- Density / Specific Gravity (@15.6°C, 60°F): 1.33 specific gravity
- Type / Function: Anti-Seize / Thread Compound, Corrosion Inhibitor / Rust Preventative, Grease / Gel, Lubricant, Metal Forming Fluid, Metal Working Fluid
- Applications: Machine / Gears, Process Equipment
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Supplier: Chemetall
Description: Draw Clean 228 is a totally synthetic fluid that will provide exceptional resistance to galling, seizing, scratching and scuffing in tube bending, deep drawing, stamping and blanking operations.
- Function: Metal Forming
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Supplier: Everlube Products
Description: FormKote® T-50 is a lubricating coating intended for use in the hot forming of titanium metals to prevent galling in the forming operation. This product is also excellent for die casting aluminum and zinc metals. It has also been found to be of considerable value when used in tube
- Operating / Use Temperature: -65 to 1,500 F
- Flash Point: 40 F
- Features: Aerosol / Spray
- Industry Applications: Machine / Gears
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casting aluminum and zinc metals. It has also been found to be of considerable value when used in tube bending or extruding. The product is designed to function as a boundary lubricant in cold forming operations and in hot forming at temperatures up to and exceeding 1500°F. (read more)
Browse Datasheets for Everlube Products -
LUBRICATION OF TITANIUM DURING FORMING OPERATIONS: "Lubricants perform three main functions in titanium forming operations: (1) They minimize the energy of pressure required to overcome (read more)
Browse Datasheets for Everlube Products -
– Synthetic rubber tube and cover withstand -40°F to 250°F (-40°C to 121°C), resisting petroleum-based oils, water, ethylene glycol, lubricants, and air. Predictable performance – Meets SAE J517 100R17 and ISO 9001 quality standards, ensuring consistent (read more)
Browse Hydraulic Hose Datasheets for Ningbo TIP Fluid Technology Co., Ltd. -
FORMKOTE T-50 This lubricating coating is designed to prevent galling during hot forming of titanium and works well for die casting aluminum and zinc. It's also useful in tube bending (read more)
Browse Industrial Lubricants Datasheets for Everlube Products
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Springback nonlinearity of high-strength titanium alloy tube upon mandrel bending
In addition, the material types for bending tools should be assigned deliberately as shown in Table 1 due to the different role of friction in tube bending .21 The lubricant is IRMCO GEL 980-301.
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EFFECT OF LUBRICANT IN MANDREL-ROTARY DRAW TUBE BENDING OF STEEL AND ALUMINUM
The instru- mented tube bender provides valuable information on process parameters that can be used as a method to direct- ly assess lubricant performance in tube bending conditions for both steel and aluminum tubes.
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United States Automotive Materials Partnership LLC (USAMP)
Complete) • Study the influence of lubricants and the tube bending process on subsequent hydroforming operations.
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Experimental and FE simulation study on cross-section distortion of rectangular tube under multi-die constraints in rotary draw bending process
Oliveira et al.15 assessed the lubricant performance experimentally in tube bending of steel/aluminum tubes, and found that the mandrel load, surface quality and thinning degree of bending tube were manifestly affected by the lubricant type.
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ZASMHBA0005135
The mandrel had a drilled hole to deliver a constant flow of lubricant inside the tube during bending .
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Results of Auto/Steel Partnership (A/SP) Steel Tube Hydroforming Materials and Lubricants Experimental Projects
One exception was for IF tubes bent at high speed with lubricant A where the thickness strain is consistently higher and evenly distributed compared to other IF conditions as shown in Figure 31.
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Knowledge-based substep deterministic optimization of large diameter thin-walled Al-alloy tube bending
2005) Effect of lubricant in mandrel rotary draw tube bending of steel and aluminum.
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Experimental study on the effect of dies on wall thickness distribution in NC bending of thin-walled rectangular 3A21 aluminum alloy tube
Mandrel-rotary draw tube bend- ing experiments examining the effect of lubricant selection were performed using a fully instrumented Eagle EPT-75 bender.