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GR7 Titanium Target Alloy Rod TA9 Titanium Rod

Product: GR7 titanium target alloy rod TA9 titanium rod
Name: titanium palladium alloy rod
Material: GR7/TA9 titanium rod TA8
Product features: high temperature resistance and corrosion resistance
Implementation standards: American standard ASTMB348 GB/T2965 GB/T13810, etc.
Applications: heat exchangers, centrifuges, pumps, valves, separators, pipe fittings, etc.
Grain size : 6.0-7.0

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Product Introduction

GR7 titanium target alloy rod TA9 titanium rod is one of the products produced and processed by Hyperwell . GR7 titanium target alloy rods are commonly used in the production of sputtering targets and ion implantation components. Titanium target alloy rods are made from titanium alloy and are specially formulated to meet the demanding requirements of the semiconductor and electronics industries. We use advanced technology and equipment to ensure the highest quality of titanium products. Our company's processing equipment is capable of producing rods with diameters ranging from 3mm to 300mm and lengths ranging from 100mm to 3000mm. In addition to GR7 / TA9 titanium rods, we also produce other types of titanium products, including titanium plates, titanium wires, tubes , titanium forgings, etc.

chemical composition:

Trademark	chemical composition
		Ti	Rd	Fe		N	C	H	0
GR16/ TA8	Ti-0.05Pd	margin	0.04-0.08	<0.30		<0.03	<0.08	<0.015	<0.25
GR7/ TA9	Ti-0.2Pd	margin	0.12-0.25	<0.30		<0.03	<0.08	<0.015	<0.25
Mechanical properties
Tensile strength: >370Mpa					Yield strength: >250Mpa
Elongation after break: >20%					Sectional shrinkage: >25%
Physical properties
Density 4 51g/cm3					Grain size 6.0-7.0
Specification
φ8mm～φ6 0mm ×L (rolled)					φ30mm～φ400mm×L (forged)

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Technical requirements for titanium target alloy rods

1.Chemical composition control

The chemical composition of titanium alloy rods must comply with national standards. The content of iron, carbon, oxygen and other impurities in the material should be strictly controlled to ensure the mechanical properties and corrosion resistance of the rod.

2. Heat treatment control

The heat treatment of titanium alloy rods must be controlled to ensure product consistency. Heating and cooling curves must be reasonable. The temperature and holding time should be strictly controlled during heat treatment to avoid deformation and cracking of titanium alloy rods while ensuring appropriate microstructure and mechanical properties.

3. Surface treatment

The surface of titanium alloy rods should be smooth and defect-free. Surface defects such as cracks and scratches can negatively affect the mechanical properties and corrosion resistance of the rod. Therefore, rods require rigorous surface treatment.

4. Testing and Inspection

Rods should undergo rigorous testing and inspection before being put into use. Tests and inspections should include chemical composition analysis, mechanical property testing, dimensional inspection, surface inspection and corrosion resistance inspection. Only qualified products can be used for production.

5. Packaging and transportation

To prevent product damage, titanium alloy rods should be properly packaged during transportation. The packaging should be sturdy and durable and effectively prevent the bars from deforming or being damaged.