Name: Forged Titanium Ring
Brand: Jmyun
SKU: 165724658

Products Description

ASTM B381 Froged Titanium Alloy Loop

Standard: ASTM B381 ,ASTM B4928,ASTM B13810
Diameter: Φ30-Φ1000mm
Length: 30-1200mm
Technique: Forging,Machining
Surface: Smooth, polished or sandblasted surface
Application: Industrial,Medical,aviation,military,petro-chemical,metallurgy,electronics ,chemical,etc

We can supply:

Titanium Forged Rings

Titanium Forged ASTM B381 Disc/Bar

Products Size

Size(mm): 1. OD:150-300min; Sectional Height:35-150
                  2. OD:500-600min; Sectional Height:40-110
                  3. OD:200-400; ID:100-300; Sectional Height:35-120;Thickness:40-150
                  4. OD:400-700min; ID:150-500; Sectional Height:40-160;Thickness:40-250
                  5. OD:700-900min; ID:300-700; Sectional Height:50-180;Thickness:40-300
                  6. OD:900-1300min ;ID:400-900; SectionalHeight:70-250;Thickness:40-400

Technique: Melting, Forging, Anealing, Machining

GR5 Titanium forgings/rings

TC4 titanium forgings/titanium rings: GR5/TC4

TC4 titanium forgings/titanium rings: customized according to customer size. φ (3.0--350) mm × L, optional specifications, can also be customized according to customer specifications, implementation standards, delivery on schedule

C4 titanium forgings/titanium ring alloy rods TC4 titanium forgings have strong market prospects, Ti-6Al-4V titanium rods, GR5 titanium rods have special properties:

(1) Ti6A14V belongs to α+β type alloy, with large dosage.

(2) It has good process performance, its conventional thermal deformation is carried out in the two-phase region, and the deformation must be greater than 50% to transform the coarse original Widmanstatten structure into an equiaxed structure.

(3) After deformation processing, according to different needs, stress relief annealing (600℃ insulation, air cooling), ordinary annealing (700-800℃ insulation, air cooling), recrystallization annealing (940℃ insulation and then furnace cooling to 480℃ air cooling) and double annealing (940℃ insulation and air cooling + 700℃ insulation and air cooling) and other heat treatment processes can be used. The structure obtained by stress relief annealing and ordinary annealing is non-recrystallized or partially recrystallized structure with high strength; after recrystallization annealing, equiaxed α+ intergranular p structure is obtained, with good plasticity; after double annealing, equiaxed α+β structure is obtained, which is close to the dual-state structure morphology and has good comprehensive performance (about 900-1000MPa, δ is 10%, ψ is about 35%-45%).

(4) Strengthening heat treatment can increase the strength by 20%-30%. It is generally believed that at 850 Aging at -950℃ can obtain a microstructure with appropriate primary α content and good overall dielectric properties. The hardenability of TC4 alloy is poor, and the cross-section of parts using enhanced heat treatment is generally not greater than 40 mm.

(5) The alloy has good weldability, and the temperature of the weld zone is not lower than 90% of the substrate; the plasticity is also similar to that of the base metal.

(6) The corrosion resistance is close to that of pure titanium, and it can work for a long time below 400℃, and the short-term working temperature can reach 700-750℃. When the oxygen and nitrogen content in the alloy is at a low level, TC4ELI alloy can still maintain good plasticity at -196℃, and can be used to make low-temperature and high-pressure containers.

Products Process

Forged Titanium Ring are usually forged and then machined into rings of various sizes and specifications, which can be machined. The materials are generally pure titanium GR2/GR5 titanium alloy.

Titanium Forged Ring Processing Flow

Titanium sponge→3 times VAR melting→Forging→Grind surface→Radial
forging→Straightening→Annealing→Straightening→Machining→Polishing→Inspecting→Packaging→Delivering

process

Products Surface

Forged Titanium Ring Surface treatment: lathing, chamfering.

Surface quality: The titanium surface should not have cracks, folds, heavy skin and other defects visible to the naked eye. Local surface defects can be cleaned by grinding, and the cleaning depth should not exceed its dimensional tolerance and should be its allowable size. The ratio of cleaning depth to width should not be greater than 1:6 at both end faces, and should not be greater than 1:10 at the inner and outer side faces. The outer side surface grinding should be along the axial direction. the surface roughness Ra of the inner and outer side faces should not be greater than 12.5μm (Ra should not be greater than 3.2μm when the outer circumference needs ultrasonic flaw detection), and the chamfer radius is 5~15mm. .

Surface finish of titanium: clean, dust-free, good acid resistance and service life.

Forged Titanium Ring mechanical properties:

mechanical properties

Products Feature

Titanium forging is a processing method that uses forging machinery to apply pressure to metal blanks to make them plastically deformed to obtain forgings with certain mechanical properties, shapes and sizes. We use a combination of hot forging and cold forging to complete the forging of copper parts to improve their electrical conductivity and mechanical capabilities, and provide reliable and high-performance copper forgings for products with high power loads and severe working conditions in power systems.

Products Application

What is the application of titanium ring ?

Titanium forgings are mainly used to manufacture aircraft engine compressor parts, followed by structural parts for rockets, missiles and high-speed aircraft.Application of titanium ring in aerospace
It is used to manufacture aircraft structural parts, engine parts, spacecraft shells, etc. The high strength and corrosion resistance of titanium rings enable aerospace equipment to operate safely in extreme environments, improving the performance and reliability of aircraft.
Application of titanium rings in the energy industry
It is used to manufacture solar panels, wind power generation equipment, etc.
The key role of titanium rings in the chemical industry
The corrosion resistance and high temperature stability of titanium rings enable chemical equipment to operate safely in corrosive media and high temperature environments, reducing equipment maintenance costs and safety risks.