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Grade 5 Titanium Stud Bolts and Threaded Rods

High-strength Ti-6Al-4V studs and threaded rods for lightweight, corrosion-resistant assemblies. Thread form, engagement, length, end configuration, material condition, mating nuts and inspection follow the order specification.

Material: Grade 5 / Ti-6Al-4V / UNS R56400
Forms: Stud bolts, full or partial threaded rod
Threads: Metric, UNC, UNF or drawing
Documents: MTC, thread and dimensional report

Product Detail

Product Introduction

Grade 5 stud bolts and threaded rods provide high strength-to-weight ratio for joints requiring adjustable engagement or double-ended fastening. The RFQ must define thread at each end, overall length, unthreaded section, end form, Ti-6Al-4V condition, mating nuts, preload and inspection.

Product Specifications

Product	Grade 5 Titanium Stud Bolts and Threaded Rods	Material	Titanium Grade 5 (Ti-6Al-4V, UNS R56400)
Product Form	Fully threaded, double-end or tap-end stud / threaded rod	Typical Inquiry Range	M3 to M36 typical inquiry range; UNC, UNF and drawing-specific sizes by review
Dimensional References	ASTM F468/F468M, ASME B18, DIN or approved drawing when applicable	Threads / Dimensions	Metric coarse or fine, UNC, UNF or drawing-specific as applicable
Surface	Machined and cleaned; lubricant, anti-galling treatment or coating by agreement	Documents	MTC, heat/lot traceability and dimensional inspection report
Inspection	Dimensions, thread gauging, surface and agreed functional or mechanical tests	Supply Basis	Approved purchase order, invoked standard and drawing

Typical inquiry ranges are not a stock guarantee. Final manufacturability, tolerances and test requirements are confirmed against the complete RFQ.

Selection and Configuration

Thread configuration: Specify fully threaded, double-end or tap-end form, thread class, engagement and runout requirements.
Length and ends: Define overall length, thread lengths, chamfers, points or driving features using a controlled drawing.
Joint design: Confirm mating nut grade, preload, temperature, fatigue, galvanic exposure, lubrication and galling controls.

Standards and ordering definition: ASTM F468/F468M may apply to titanium studs when expressly specified; ASME B18, DIN and project references may control dimensions. Material condition, mechanical acceptance and any pressure-equipment documentation must be clearly stated.

Send a drawing or complete fastener definition
Include dimensions, quantity, mating parts, service conditions, finish and inspection requirements.

Request a Quotation

Chemical Composition – Titanium Grade 5

Weight percent. Values are material limits; titanium is the balance.

Al	V	Fe max	O max	C max	N max	H max	Residual each / total	Ti
5.50–6.75	3.50–4.50	0.40	0.20	0.08	0.05	0.015	0.10 / 0.40	Balance

Mechanical Properties – Grade 5 Material Reference

Property	Annealed Grade 5 Material Reference Minimum
Ultimate tensile strength	895 MPa (130 ksi)
0.2% yield strength	828 MPa (120 ksi)
Elongation	10%
Reduction of area	25%

Material values do not automatically establish finished-fastener loadability. Finished-part acceptance depends on geometry, manufacturing route, condition and the expressly invoked fastener specification or drawing.

Typical Physical Properties

Property	Typical Value
Density	4.43 g/cm³
Elastic modulus	Approximately 114 GPa
Poisson ratio	Approximately 0.34
Thermal conductivity	Approximately 6.7 W/m·K
Coefficient of thermal expansion	Approximately 8.6 µm/m·K
Melting range	Approximately 1604–1660°C

Physical values are typical engineering references and are not inspection acceptance limits.

Certificates & Inspection Records

SAKY ALLOY quality management system certificate

Services We Can Provide

Drawing ReviewGeometry, thread, tolerances and mating-component review.

Custom ManufacturingMetric, inch and drawing-specific production subject to review.

InspectionDimensional checks, thread gauging and agreed functional testing.

Surface OptionsCleaning, identification, lubricant or coating by agreement.

TraceabilityMTC, heat/lot records and inspection documentation.

Export SupportProtected packing, labeling and shipping documents.

Product Packaging

Grade 5 Titanium Stud Bolts and Threaded Rods are separated by size and lot, protected against thread and surface damage, and labeled with grade, dimensions, quantity and traceability reference. Inner bags, cartons and export cases are selected according to product geometry, quantity and shipping method.

Application Scenarios

Chemical Processing

Corrosion-resistant equipment joints selected against the complete process environment.

Power and energy equipment application environment

Power & Energy

Lightweight engineered assemblies requiring controlled dimensions and traceability.

Marine and shipbuilding application environment

Marine & Shipbuilding

Corrosion-resistant joints subject to galvanic, preload and service-condition review.

FAQ

What information is required to quote Grade 5 Titanium Stud Bolts and Threaded Rods?

Provide the titanium grade, product form, dimensional standard or drawing, thread or critical dimensions, quantity, surface treatment, mating parts, service conditions and required inspection documents.

Which standards apply to Grade 5 Titanium Stud Bolts and Threaded Rods?

ASTM F468/F468M may apply to titanium studs when expressly specified; ASME B18, DIN and project references may control dimensions. Material condition, mechanical acceptance and any pressure-equipment documentation must be clearly stated.

How are Grade 5 Titanium Stud Bolts and Threaded Rods inspected?

Available controls include MTC review, overall and threaded length measurement, thread class and GO/NO-GO gauging, straightness and surface inspection, specified mechanical or NDT tests and heat/lot traceability.

Grade 5 Titanium Stud Bolts and Threaded Rods