What is the function of titanium fasteners?

This material has a concrete reputation for handling extreme temperatures without facing embrittlement. Titanium fasteners work in diverse and critical sectors: aerospace, marine industries, and medical, among others. Industrial clients can choose the design that suits their needs the best: screws, Bolts, rods, studs, and others.

Ti alloy washers also function in chemical processing, oil refineries, defence, and allied areas. Their natural bio-compatibility makes them invaluable for dental equipment and tooth implants. They are non-toxic to humans or animals and, thus, may be safely utilised by medical practitioners (for instance, for spinal fixators).

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Titanium fasteners manufacturer in India

How do you prevent Titanium Bolts from corrosion?

These components exhibit high corrosion resistance in oxidising and weakly reducing conditions. Titanium Boltscan get subject to various protective treatments to boost their rust-proof nature. The typical solutions are hot dip galvanising, electroplating, sandblasting, and pickling.

Some installations employ graphene nano-coating or anti-seize lubricants. Coats can guard against corrosion, damage, and friction. A CS-II coat can protect against most natural elements, such as rainfall and sunshine.

Verified stockist of titanium alloy hex Bolts and studs as per ASTM F468 standards

Titanium fasteners

Titanium fasteners

Titanium bolts

Titanium Bolts

TI alloy heavy hex bolts

TI alloy heavy hex Bolts

Can you explain the process of mechanical testing for TI alloy heavy hex Bolts?

Meticulously examining the mechanical properties of fasteners is paramount to application safety and reliability. This testing checks the elastic behaviour of a Bolts and judges its response to stress and strain. Manufacturers subject TI alloy heavy hex Bolts to tensile tests via an electronic universal testing machine and an extensometer.

A proof test uses a specific load on a structure to adjudge the deformation. Other mechanical tests assess elongation, fatigue limit, hardness, and shear strength. A titanium hex head Bolts shows high resistance to creep, stress-rupturing, and vibration.

Buy your size from our online inventory of Ti threaded rod and screws use for high-temperature applications and save your cost

Titanium Bolts specifications

Titanium bolts specifications

Imperial Size Metric Size Length Specifications
3/6″ to 2″ M3 – M56 3 to 200 MM ASTM F468/F468M
Testing Screw Size Thread Application
  • Impact Testing
  • Hardness Test
  • Positive Material Identification Test
  • IGC Test
  • Tensile Testing
M1.6 – M12 BSW, METRIC, UNF, UNC, BSF, custom
  • Medical
  • Aerospace
  • Military
Types Grades Process Coating
  • Bolts
  • Nuts
  • Screw
  • Studs
  • Washer
  • Threaded rod
  • Grade 1(R50250)
  • Grade 2(R50400)
  • Grade 4(R50700)
  • Grade 5(R56400)
  • Grade 7(R52400)
  • Grade 19(R58640)
  • Grade 23(R56401)
  • Grade 32(R55111)
  • CNC and Machining
  • Cold Forging
  • Hot forging
  • PTFE Coated
  • Zinc Coated
  • Xylon Coated
  • Hot Dipped Galvanizing
  • Phosphate Coated
  • Cadmium Coated
Fully approved stocckist of  Titanium heavy hex Bolts and socket head cap screws as per ASME B18.2.1 standards at reasonable price
Price of ti alloy fasteners
Export to Price Size Product Estimated delivery days from India
USA US $36.31 M10 * (1.50mm) * 100mm Button Head Bolts 40-60
Uk US $35.35 M10 * (1.25mm) * 100mm Hex Head Bolts 30
France US $36.31 M10 * (1.50mm) * 100mm Flanged Hex Head Bolts 30
Italy US $13.79 M10 * (1.25mm) * 20mm Countersunk Head Bolts 30
Taiwan US $7.22 M6*(1.00mm) Flanged Nut  15
Malaysia US $8.18 M5*(0.80mm)*16mm Socket Cap Bolts 10
Titanium fasteners types

Titanium hex bolts

Titanium hex Bolts

  • Sizes: M3 – M56
  • Length: 3 -200MM

Ti stud bolt

Ti stud Bolts

  • Tensile strength: 340 MPa (50 ksi)
  • Hardness: 65 HRC

Titanium alloy screws

Titanium alloy screws

  • Diameter: 3/8″ to 4″
  • Temperature range: 750°F

TI alloy washers

TI alloy washers

  • Yield strength: 280 MPa (40 ksi)
  • Testing:Torsion test, hardness test

Titanium threaded rod

Titanium threaded rod

  • Coatings: zinc plating, hot dip galvanising, PTFE
  • Grades: Grade 1, Grade 2, Grade 5, Grade 9

Titanium socket head cap screws

Titanium socket head cap screws

  • Thread type : Standard, ACME, Buttress, Square
Ti Bolts dimensions
NS (D) Across The Flats Thickness of Head Body Diameter Across the Corners
Force (minimum) Force (maximum) Head (minimum) Head(maximum) Dia (minimum) Dia(maximum) Corner (minimum) Corner (maximum)
m12 17.73 19.00 4.24 7.76 11.73 12.00 20.03 20.78
m90 125.50 130.00 54.26 57.74 89.13 90.00 143.07 150.11
m10 15.73 17.00 6.17 6.63 9.78 10.00 17.77 18.48
m20 29.16 30.00 12.12 12.88 19.67 20.00 32.95 34.64
m16 23.67 24.00 9.68 10.32 15.73 16.00 26.75 27.71
m14 20.67 22.00 8.51 9.09 13.73 14.00 23.35 24.25
m24 35.00 36.00 14.56 15.44 23.67 24.00 39.55 41.57
m36 53.80 55.00 21.63 23.38 35.61 36.00 60.79 63.51
m30 45.00 46.00 17.92 19.48 29.67 30.00 50.85 53.12
m42 62.90 65.00 25.03 26.97 41.38 42.00 71.71 75.06
m56 82.20 85.00 33.80 36.2 55.26 56.00 93.71 98.15
m48 72.60 75.00 28.93 31.07 47.38 48.00 82.76 86.60
m72 101.40 105.00 43.55 46.45 71.26 72.00 115.60 121.24
m64 91.80 95.00 38.68 41.32 63.26 64.00 104.65 109.70
m80 111.00 115.00 48.42 51.58 79.26 80.00 126.54 132.72
m100 140.00 145.00 60.10 63.9 99.13 90.00 159.60 167.43
Titanium Bolts torque chart
Size Of Thread (Inch/lbs.) Recommended (Inch/lbs.) Max.
5/16 – 24 (fine) 204 216
1/4 – 28 (fine) 72 96
1/4 – 20 (coarse) 60 72
5/16-18 (coarse) 192 204

 

Size Of Thread (Ft/lbs.) Max.  (Ft/lbs.) Recommended
3/8 – 24 (fine) 28 26
3/8 – 16 (coarse) 24 22
7/16 – 14 (coarse) 32 30
1/2 – 13 (coarse) 42 40
7/16 – 20 (fine) 36 34
5/8 – 11 (coarse) 52 50
1/2 – 20 (fine) 44 42
3/4 – 10 (coarse) 64 60
5/8-18 (fine) 56 54
3/4 – 16 (fine) 70 66
 if you need any assistance with the necessity for Ti alloy washers to finish your project.Get in contact with us and look at their properties
Titanium carriage Bolts chemical composition
Grade N C Ti O H Fe
Ti Gr 2 0.03 maximum 0.10 maximum Bal 0.25 maximum 0.015 maximum 0.30 maximum
Ti Gr 1 0.03 maximum 0.10 maximum Bal 0.18 maximum 0.015 maximum 0.20 maximum
Ti Gr 9 ≤ 0.030 ≤ 0.050 92.755 – 95.5 ≤ 0.15 ≤ 0.015 ≤ 0.20
Ti Gr 5 0.05 maximum 0.10 maximum Bal 0.20 maximum 0.015 maximum 0.40 maximum
Mechanical properties of Ti alloy screws
Grades Yield Strength 0.2% Offset Tensile Strength (minimum) Elongation in 2 inch
50milimeter% (minimum)
KSI MPa KSI MPa
Grade 1 20 – 45 138 – 310 35 240 24
Grade 2 40 – 65 275 – 450 50 345 20
Grade 3 55 – 80 380 – 550 65 450 18
Grade 4 ≥70 ≥483 80 550 15
Grade 5 ≥128 ≥880 138 950 14
Grade 7 ≥40 ≥275 50 345 24
Grade 9 ≥105 ≥725 125 860 10
Grade 12 ≥50 ≥345 70 483 18
Grade 23 ≥115 ≥790 125 860 15
Titanium alloy washers equivalent
STANDARD WNR. UNS
Titanium Gr 2 3.7035 R50400
Titanium Gr 1 3.7025 R50250
Titanium Gr 9 R56320
Titanium Gr 5 3.7165 R56400
Size chart of titanium alloy nuts
Size Finished Hex Heavy Hex Finished Jam Heavy Hex Jam Square Heavy Square
3/4″ 11.9 19.3 7.70 11.0 15.4 23.5
1″ 28.3 42.5 17.6 23.5 36.3 51.5
1/2″ 3.75 6.54 2.62 4.00 5.78 7.87
5/8″ 7.33 11.9 4.93 6.96 10.8 14.3
7/8″ 19.0 29.7 12.0 16.7 24.5 36.2
11/4″ 54.3 78.6 36.1 45.8 70.6 95.5
11/8″ 40.3 59.2 24.7 32.4 52.5 72.4
11/2″ 94.3 131 60.9 74.8 122 161
13/8″ 73.0 102 47.9 59.3 94.5 125.0
31/2″ 1526 851
15/8″ 162 91.6
33/4″ 1812 1005
13/4″ 151 204 100 114
17/8″ 241 134
21/4″ 419 227
4″ 2180 1200
2″ 224 299 140 165
21/2″ 564 332
23/4″ 738 429
3″ 950 545
31/4″ 1194 651
TI alloy threaded rod availability
Thread Diameter 3000 mm 1000 mm 2000 mm
M12 Call Us Call Us
M8
M4
M10
M16
M14
Dimensions of titanium socket head cap screws
Nominal Soc. length Thread. Body diameter and Head height Hex Socket Size Head Dia
Size Pitch Min Max Min Max
K D /H J A
M4 2.00 0.70 3.82 4.00 3.00 6.64 7.00
M3 1.3 0.5 2.86 3.00 2.50 5.20 5.50
M5 2.70 0.8 4.82 5.00 4.00 8.14 8.50
M20 10.70 2.5 19.67 20.00 17.00 29.48 30.00
M8 4.3 1.25 7.78 8.00 6.00 12.57 13.00
M6 3.30 1.0 5.82 6.00 5.00 9.64 10.00
M12 6.60 1.75 11.73 12.00 10.00 17.57 18.00
M10 5.50 1.5 9.78 10.00 8.00 15.57 16.00
M16 8.80 2.0 15.73 16.00 14.00 23.48 24.00
M24 12.90 3.0 23.67 24.00 19.00 35.38 36.00
Ti countersunk screw dimensions

Ti countersunk screw dimensions

Nominal sizes Hex Socket Sizes Thread Pitch Body Dia maximum Cone Dia. Head Dia Head Height Soc.0 length
< J < D
(min)
D
(max)
A1 A_max A_Min H K
M3 2,0 0.05 2.086 3 6,72 6 5,82 1,86 1,05
M4 2,5 0.070 3.082 4 8,96 8 7,78 2,48 1,49
M5 3,0 0.08 4.082 5 11,2 10 9,78 3,1 1,86
M6 4,0 1.00 5.082 6 13,44 12 11,75 3,72 2,16
M8 5,0 1.025 7.078 8 17,92 16 15,73 4,96 2,85
M10 6,0 1.05 9.078 10 22,4 20 19,67 6,2 3,60
M12 8,0 1.075 11.073 12 26,88 24 23,67 7,44 4,35
M16 10,0 2.00 15.073 16 33,6 32 29,67 8,8 4,89
M20 10,0 2.05 19.067 20 40,32 40 35,61 10,16 5,49
Titanium washer size chart
Sizes SAE USS
Outside Dia
(B)
Inside Dia
(A)
Thk
(C)
Inside Dia
(A)
Thk
(C)
Outside Dia
(B)
#2 1/4″ 3/32″ 0.0020″
#4 5/16″ 1/8″ 0.0032″
#6 3/8″ 5/32″ 0.0049″
#8 7/16″ 3/16″ 0.0049″
#10 1/2″ 7/32″ 0.0049″
#12 9/16″ 1/4″ 0.0065″
1/4″ 5/8″ 9/32″ 0.0065″ 5/16″ 0.0065″ 0.0734″
5/16″ 11/16″ 11/32″ 0.0065″ 3/8″ 0.0083″ 7/8″
3/8″ 13/16″ 13/32″ 0.0065″ 7/16″ 0.0083″ 1″
7/16″ 15/16″ 15/32″ 0.0065″ 1/2″ 0.0083″ 1-1/4″
1/2″ 1-1/16″ 17/32″ 0.0095″ 9/16″ 0.0109″ 1-3/8″
9/16″ 1-5/32″ 19/32″ 0.0095″ 5/8″ 0.0109″ 1-15/32″
5/8″ 1-5/16″ 21/32″ 0.0095″ 11/16″ 0.0134″ 1-3/4″
3/4″ 1-15/32″ 13/16″ 0.0134″ 13/16″ 0.0148″ 2″
7/8″ 1-3/4″ 15/16″ 0.0134″ 15/16″ 0.0165″ 2-1/4″
1″ 2″ 1-1/16″ 0.0134″ 1-1/16″ 0.0165″ 2-1/2″
1-1/8″ 1-1/4″ 0.0165″ 2-3/4″
1-1/4″ 1-3/8″ 0.0165″ 3″
1-3/8″ 1-1/2″ 0.0180″ 3-1/4″
1-1/2″ 1-5/8″ 0.0180″ 3-1/2″
1-5/8″ 1-3/4″ 0.0180″ 3-3/4″
1-3/4″ 1-7/8″ 0.0180″ 4″
2″ 2-1/8″ 0.0213″ 4-1/2″
How does the ductility of Titanium hex Bolts affect their performance?

Ductility and satisfactory tensile strength are major bonuses of titanium hex Bolts. They can deliver minimum yield strength of 240 MPa, retaining stability at temperatures up to 572°F.

Ductility is vital in Bolts as it indicates the capability to withstand deformation. Titanium is especially ductile in oxygen-free environments. It allows manufacturers to produce titanium socket head cap screws in different shapes and sizes.Note that this material shows more ductility in its pure form and malleability in a heated state.

What are the 7 benefits of using a TI carriage Bolts?

The most widespread use of carriage Bolts is fastening wood to metallic components. A TI carriage Bolts may also connect metal parts in some applications in mining and farming. The popularity of these titanium components draws from several advantages:

  • Corrosion-resistant due to the development of an oxide layer
  • Lightweight (It has a density of 4.51g/cm3)
  • It has among the highest strength-to-weight ratios.
  • Good durability and lifespan
  • Capable of tolerating high temperatures (600°C and higher), retaining its strength at low temperatures too
  • Not much maintenance is needed
  • It showcases non-toxicity for both human beings and animals.
What is the most common head type used in Titanium alloy screws?

You can use the screw head type suited to your application: countersunk and non-countersunk. A titanium countersunk screw hasan angular shape under the head and can use flat, oval or bulge designs.
In contrast, non-countersunk screw heads offer more variety, such as button, hex, fillister, and truss heads.

Picking the appropriate drive for titanium alloy screws is also essential for performance as it affects stability, strength, and dependability. Square and slotted drives, for instance, are favoured in many sectors.

FAQ
What are the disadvantages of titanium Bolts?
  • Fairly Expensive
  • It is difficult to cast
  • Machining not easy
Where are titanium Bolts used?

Aerospace industries

What grade of titanium Bolts are there?
  • Grade 2 (commercially pure Ti)
  • Grade 5 (Ti 6Al-4V – high strength)
What is the strength of a titanium Bolts?

Tensile strength: 120,000psi

Is titanium ductile or brittle?

brittle

How are titanium fasteners made?

They are typically manufactured by cold forging