Titanium reducer
Standard: ASME B16.9
Material: α+β titanium alloy
Specifications: Customizable
Density: 4.51g/cm3
Process: Forging, rolling, annealing, machining
Titanium Reducer – ASME B16.9 Certified Pipe Fitting
LINHUI TITANIUM manufactures precision-engineered Titanium reducer fittings compliant with ASME B16.9 standards, utilizing α+β titanium alloy with a controlled density of 4.51g/cm³. Our production integrates forging, rolling, annealing, and precision machining to deliver customizable specifications tailored to your piping system requirements.
Each item experiences dimensional confirmation and 100% NDT assessment, guaranteeing divider thickness consistency and zero-defect quality. With over 200 tons of stock stock and 20+ a long time of fabricating ability, we supply concentric and offbeat setups that dispense with stream turbulence in forceful situations where customary materials fail.
Key Features & Benefits
Our items give prevalent erosion resistance in chloride-rich and oxidizing corrosive situations. The unconstrained oxide film arrangement avoids setting and hole erosion, amplifying benefit life past 20–30 years.
The 45% weight advantage over steel reciprocals diminishes basic stack in seaward and aviation establishments. Great ductility permits cold shaping without cracking.
Both concentric and offbeat plans anticipate cavitation in pump suction lines whereas keeping up weight astuteness amid stream speed moves.
Product Information
| Product name | Titanium reducer |
| Standard | ASME B16.9 |
| Material | α+β titanium alloy |
| Specifications | Customizable |
| Density | 4.51g/cm3 |
| Process | Forging, rolling, annealing, machining |
| Delivery status | M annealing status |
| Features | Acid and alkali resistance, corrosion resistance, wear resistance, high temperature resistance |
| Connection method | Hot-melt butt joint |
| Applications | aviation, aerospace, petroleum, chemical industry, machinery |
Chemical Composition
Complies with ASTM B363 grade specifications. PMI verification via XRF analysis ensures accurate Ti, Fe, O, H, N content matching Mill Test Reports.
Why Choose Us?
Coordinate process supply eliminates agents, guaranteeing competitive estimating. Our 200+ ton stock empowers 3–7 day stock conveyance, whereas standard generation completes inside 15–25 days.
ISO 9001:2015 certified with PED 2014/68/EU compliance. In-house metallurgists give specialized interview for fabric selection.
Multilingual bolster group serves worldwide clients in English, Chinese, Spanish, and Arabic. Adaptable MOQ bolsters trial orders from 100 kg.
Manufacturing Process
Forging: Hot press shaping makes consistent grain stream, killing weld focuses helpless to stretch erosion cracking.
Rolling & Tempering: Controlled cold rolling keeps up thickness resistance inside ±0.05mm. Stress-relief toughening reestablishes ductility and expels remaining stresses.
Precision Machining: CNC preparing guarantees dimensional exactness per ASME B16.9 resistances for end-to-end length and divider thickness conservation.
Applications
· Chemical preparing pipelines taking care of HCl and H₂SO₄
· Seawater desalination systems
· Offshore oil & gas platforms
· Pump suction and release lines
· Aerospace liquid exchange systems
· Marine designing establishments
Packaging & Shipping
Each Titanium reducer is individually wrapped in anti-corrosion paper, packed in plywood cases with fumigation certificates for international shipping. Protective caps seal pipe ends to prevent contamination during transit.
Export Markets
Effectively traded to 60+ nations counting USA, Germany, Canada, UAE, Japan, South Korea, and all through the Center East, Southeast Asia, and CIS regions.
Quality Inspection
· Dimensional Assessment: ASME B16.9 resistance verification
· PMI Testing: XRF chemical composition analysis
· Radiographic Testing (RT): 100% X-ray on welded reducers
· Dye Penetrant Assessment (DPI): Surface split detection
· Ultrasonic Testing (UT): Divider thickness consistency checks
· Ferroxyl Test: Press defilement prevention
Full EN 10204 3.1/3.2 traceability with warm number documentation.
FAQ
Q: Can I weld the products to stainless steel?
A: Direct welding creates brittle compounds. Use mechanical connections or bimetallic transition joints.
Q: When to choose eccentric over concentric?
A: Use eccentric (flat side up) for horizontal suction lines to prevent air pockets; concentric for vertical flow.
Q: Is stress relieving required?
A: Yes. Post-forming annealing removes residual stresses and prevents delayed cracking.
Q: What's the difference between Grade 2 and Grade 12?
A: Grade 12 adds Molybdenum and Nickel for superior heat and crevice corrosion resistance in reducing acids.
Request a Quote
Need custom Titanium reducer specifications? Contact our engineering team at linhui@lhtitanium.com for quotations within 4 hours. Technical drawings reviewed in 24 hours.
