Customized Precision Titanium CNC Machining Weld Neck Titanium Flange

• Customization: Available
• Type: Titanium Flange
• Application: Industrial
• Model NO.: Titanium Flange
• Technique: Forged
• Grade: Customized
• Shape: Round
• Flange Surface: RF,Mfm,Tg,FF,Rj
• Size: DN10-DN400(3/8′′- 16′′
• Pressure: Pn10, Pn16, Pn25, Pn40, Pn63, Pn100, Pn160
• Delivery Time: 7-15days
• Transport Package: Export Standard Wooden Case, or Can Be Customized
• Specification: PN 63
• Trademark: VOTECH
• Origin: Shaanxi, China
• HS Code: 8108909000
• Production Capacity: 100ton/Month

Product Description

Customized Precision Titanium CNC Machining Weld Neck Titanium  Flange

Quick Details

Place of origin	Shaanxi,China
Brand name	VOTECH
Standard	ASME,JIS,DIN,GB,GOST
Material	TA1,TA2,TA9,TA10,GR1,GR2,GR7,GR12,GR16,N5,N6,N7 etc
Size	DN10-DN400(3/8''- 16'')
OEM	Available
Pressure	PN10,PN16,PN25,PN40,PN63,PN100,PN160
Technics	Forged and CNC Machined
Flange surface	RF,MFM,TG,FF,RJ
Type	Weld Neck Flange
HS code	8108909000
Packaging	Export Standard Wooden Case, Or Can Be Customized
Application	Petroleum, Chemical, Shipbuilding, Pharmaceutical, Metallurgy, Machinery, Stamping Elbow, Food And Other

Specification

PN63
(mm) 

Nominal size DN	Outer diameter of steel pipe flange weld end Outer diameter A1		Connection size					Flange thickness C	Flange neck					Flange height H
			Flange outside diameter D	Diameter of center circle of bolt hole K	Bolt hole diameter L	Number of bolt holes n(pc)	bolt Th		N		s≥	H1 ≈	R
	A	B							A	B
10	17.2	14	100	70	14	4	M12	20	32	32	1.8	6	4	45
15	21.3	18	105	75	14	4	M12	20	34	34	2.0	6	4	45
20	26.9	25	130	90	18	4	M16	22	42	42	2.6	8	4	48
25	33.7	32	140	100	18	4	M16	24	52	52	2.6	8	4	58
32	42.4	38	155	110	22	4	M20	24	62	62	2.9	8	6	60
40	48.3	45	170	125	22	4	M20	26	70	70	2.9	10	6	62
50	60.3	57	180	135	22	4	M20	26	82	82	2.9	10	6	62
65	76.1	65	205	160	22	8	M20	26	98	98	3.2	12	6	68
80	88.9	89	215	170	22	8	M20	28	112	112	3.6	12	8	72
100	114.3	108	250	200	26	8	M24	30	138	138	4.0	12	8	78
125	139.7	133	295	240	30	8	M27	34	168	168	4.5	12	8	88
150	168.3	159	345	280	33	8	M30	36	202	202	5.6	12	10	95
200	219.1	219	415	345	36	12	M33	42	256	256	7.1	16	10	110
250	273	273	470	400	36	12	M33	46	316	316	8.8	18	12	125
300	323.9	325	530	460	36	16	M33	52	372	372	11.0	18	12	140
350	355.6	377	600	525	39	16	M36×3	56	420	442	12.5	20	12	150
400	406.4	426	670	585	42	16	M39×3	60	475	495	14.2	20	12	160

Titanium Flange Photos

Packaging

Shipping&Delivery

Titanium Flange Advantages

1. Excellent corrosion resistance: titanium has strong resistance to seawater, chloride ions, etc,
   far superior to stainless steel and carbon steel.
2. No rusting risk: titanium can be used long-term without coatings or cathodic protection,
   suitable for corrosive environments such as marine and chemical industries.
3. High strength and lightweight: titanium's strength is close to steel, but its density is only 60% of steel,
    which significantly reduces the weight, makes it suitable for aerospace, shipbuilding and other fields.
4. Low temperature performance: titanium flange can maintain toughness even in ultra-low temperatures
    (such as in liquid nitrogen and liquid oxygen environments), suitable for low-temperature engineering.
5. Excellent heat resistance: titanium flanges can maintain mechanical properties (such as TA2, TA9 and
    other alloys) at 300-500°C, with short-term tolerance to even higher temperatures.
6. Oxidation resistance: titanium will form a dense oxide film on the surface at high temperatures,
    preventing further oxidation.
7. Long lifespan and low maintenance cost durability: lifespan can exceed that of stainless steel by
    over ten times in corrosive environments.
8. Economic efficiency: although titanium flange costs are higher initially, but it costs over the entire
    lifecycle are lower.
9. Biocompatibility non-toxic and harmless: suitable for industries such as pharmaceuticals and food
    processing, which require high material purity.
10. Good machinability and joint performance weldability: titanium flange can be welded using methods
     such as TIG and plasma welding, providing high weld strength, they can be designed for flat welding,
     butt welding, threaded types, etc., to meet the needs of different piping systems.