Factory Supply Grade 1/Gr. 1/Zta1/JIS H4600 Tr270c Titanium Bar/Rod Stock Titanium Wholesale Price Per Kg

Basic Info.

Model NO.

Ti Gr. 1 / Tr270c

Composition

Ferrous Steel Scrap

Technique

Hot Rolled

Shape

Plate

Surface Treatment

Polished

Special Use

High-strength Steel Plate, Wear Resistant Steel, Silicon Steel, Cold Heading Steel, Free Cutting Steel, Mold Steel

Application

Tool Steel Bar

Elongation

25

Strength

375-500

Poisson′s Ratio

0.25~0.33

Certificate

ISO SGS

OEM

Yes

Delivery Time

5~10 Working Days

Yield Strength

225

Transport Package

Woven Bag, Wooden Box

Specification

ISO SGS

Trademark

Taixie

HS Code

7507120000

Production Capacity

10000tons/Y

Product Description

Product Description
Round Shape Titanium Alloy Bar/Rod (Ti Gr. 1 / Tr270c)
Product Description

Product Name

Titanium alloy TR270C/TA1/Gr.1 enforce standards

TIS H4600, ASTM B265, GB/T 14845-93, GB/T 3621-94

Main components

Titanium (Ti) excess content, nitrogen () ≤ 0.03, carbon (c) ≤ 0.08, hydrogen (H) ≤ 0.013, iron (Fe) ≤ 0.20, oxygen (O) ≤ 0.15 Physical properties

Density: 4.51 grams/cubic centimeter, grain size: 6.0 - 7.0

Mechanical properties

Tensile strength: 270 Mpa - 0b<410 Mpa, yield strength: 0b 165 Mpa: elongation: 8227%

Corrosion resistance:

Titanium has strong corrosion resistance in a wide range of media, especially in neutral and oxidizing media, and can also be used in certain dilute reducing acids, such as various concentrations of nitric acid at room temperature up to boiling point. It has good corrosion resistance to most alkaline solutions, such as saturated solutions of barium hydroxide, calcium hydroxide, and magnesium hydroxide at room temperature, but cannot be used in boiling sodium hydroxide solution. Titanium is completely not corroded in seawater, and is also very corrosion-resistant in most organic acids (except formic acid and oxalic acid). It has excellent corrosion resistance in wet chlorine gas and hypochlorite, chlorite, and other chloride solutions. The corrosion resistance in sodium chloride solution increases with the increase of solution pH value.

Application fields

Aerospace, board heat exchangers, bellows compensators, expansion joints, seawater desalination, desulfurization and denitrification, chemical equipment, etc.

Matching welding materials ERTi-1

【Classification of Pipes】

1. Classification by Production Method

(1) Seamless Pipes - Hot-rolled Pipes, Cold-Rolled Pipes, Cold-Drawn Pipes, Extruded Pipes, Top-Placed Pipes

(2) Welded Pipes

(a) According to the process - Arc Welded Pipes, Resistance Welded Pipes (High Frequency, Low Frequency), Gas Welded Pipes, Electric Welded Pipes

(b) According to the weld seam - Straight Seam Welded Pipes, Spiral Welded Pipes

2. Classification by Cross-sectional Shape

(1) Simple Cross-sectional Steel Pipes - Circular Steel Pipes, Square Steel Pipes, Elliptical Circular Steel Pipes, Triangular Steel Pipes, Hexagonal Steel Pipes, Rhombic Steel Pipes, Octagonal Steel Pipes, Semi-Circular Steel Pipes, Other

(2) Complex Cross-sectional Steel Pipes - Unequal-Angle Hexagonal Steel Pipes, Five-Petal Rose-shaped Steel Pipes, Double Convex Steel Pipes, Double Concave Steel Pipes, Grape-Shaped Steel Pipes, Circular Conical Steel Pipes, Wavy Steel Pipes, Enclosure Steel Pipes, Other

3. Classification by Wall Thickness - Thin-Walled Steel Pipes, Thick-Walled Steel Pipes

4. Classification by Usage - Pipeline Steel Pipes, Thermal Engineering Equipment Steel Pipes, Mechanical Industry Steel Pipes, Petroleum and Geological Drilling Steel Pipes, Container Steel Pipes, Chemical Industry Steel Pipes, Special Purpose Steel Pipes, Other

In recent years, [Materials-related Reports] With the continuous deepening of China's reform and opening up and the increased investment in infrastructure construction, the domestic demand for stainless steel pipes has maintained an annual growth rate of over 15%, especially in the construction of urban water supply and drainage networks, stainless steel pipes are playing an increasingly important role. Compared with traditional cast iron pipes, stainless steel pipes have a lighter weight and a longer service life. Generally, the service life of stainless steel pipes is over 50 years, basically reaching the same service life as buildings. And

In some specific fields, the application volume of stainless steel pipes is extremely large. For instance, in the current/eye-catching ground radiant heating industry, people use PE-Xa or PE-RT pipe materials as heating pipes, heating the entire room through floor radiant heating, which has the advantages of comfort, safety, environmental protection, and energy conservation, and has gradually become the heating method for winter in northern regions. Even in some cities, if new residential buildings do not install floor heating, they will not be sought after. Driven by strong market demand, enterprises engaged in the production of stainless steel pipes for floor heating have almost exploded overnight. Among them, Qinhuangdao Hongyue Plastic Co., Ltd. has become the largest domestic floor heating pipe material production base. In 2008, the production and sales volume of PE-Xa pipe materials of this company ranked first in the country. The hardness of heat treatment for X8CrNiMoBNb1616 is H. Hastelloy (Harris): Hastelloy C, C-22, C-276, C-2000, C-4, G-3, G-30, G-35, B-2, B-3. Incoloy (Incoloy): Incoloy800H (No8810), 800HT, 825, 901, 925, 926 (AL-6XN). Inconel (Inconel): Inconel600, 601, 625, 718, 690, 725X-750. Monel (Monel): Monel400, K-500. Special stainless: 904L, 1.4529, Nitronic40/50/60, S21800, S20910, XM-19, SUH660, 1.4122, 1.4301, 1.4462, 1.4435, 318. 0Cr16Ni5Mo/1.4418, 0Cr13Ni5MO/F6NM, FV520b.... Titanium alloy: GR1, TR270C, GR5, GR11. High-temperature resistant steel: 2535Nb, RA330, 253Ma, 314, 3105, 309Si2 1, 4835, 1.4845, S30815. Super austenite: 654SMo/S32654, 254SMO/F44, Alloy20#, N0802028#, 31# alloy, 59# alloy, N08026. NO8367:

Super duplex steel: S32760/F55, S32750/F53, S32550/F61, 329/F52, CD4MCu, F51/F60/2205, S21953/3RE60:

Precipitation hardening steel: 17-4PH (630), 17-7PH (631), 15-5PH (S15500), 15-7Mo (S15700);

Testing

Quality inspectors follow strict standards to check raw materials and finished pipes. They analyze the chemical makeup of the materials and test the strength and chemical properties of the finished products. They also use special tests like eddy current and ultrasonic testing to make sure everything is good. Inspectors check every pipe for things like shape, straightness, length, size, and surface quality. If the pipes pass all the tests, they give a certificate to show the products are good and safe for customers to use. 

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