PVDF Short Radius 90° Bend Graphics

PVDF Short Radius 90° Bend

A PVDF Short Radius 90° Bend is a pipe fitting that changes the flow direction of a pipeline by 90° degrees while having a short centerline radius. The centerline radius (R) is approximately equal to the pipe diameter (1D). That produces a sharper turn than a long-radius bend, which is suitable for installations with limited space. Its short-radius design is ideal for applications where space is limited and sharp directional changes are required, making it highly suitable for chemical processing, oil & gas treatment plants, semiconductor manufacturing, and other corrosive industrial environments.

The PVDF Short Radius 90° Bend is a high-performance pipe fitting designed to change the flow direction of PVDF piping systems at a right angle within a compact space. Manufactured from Polyvinylidene Fluoride (PVDF), this bend offers excellent mechanical strength and outstanding chemical resistance.

PVDF Short Radius 90° Bend Details

  • d (Diameter)
  • PN (Pressure Nominal)
  • A (Length from end to centerline)
  • C (Length from bottom to centerline)
  • Z1 (Insertion depth or socket length)
dPNACZ1
1616222310
2016282713
2516333216
3216413719
4016524323
5016635127
6316776134
7516927342
90161108347
110161339958
ParameterDetails
Product TypeShort Radius 90° Bend (Elbow)
MaterialPolyvinylidene Fluoride (PVDF)
Manufacturing MethodInjection moulded
Bend Angle90°
Bend RadiusShort Radius (R = 1 × Pipe Diameter)
Connection TypeButt weld / Socket fusion / IR welding
Available Sizes20 mm to 160 mm (custom sizes available)
Pressure RatingUp to PN10–PN16 (depends on SDR & size)
Operating Temperature-20°C to +140°C (up to ~150°C for high-grade PVDF)
Density~1.75 – 1.78 g/cm³
Tensile Strength>40 MPa
Elongation at Break>50%
Thermal ConductivityLow (~0.19–0.20 W/m·K typical)
Chemical ResistanceExcellent (acids, bases, solvents)
Surface FinishSmooth internal surface (low friction)
ColorNatural / Translucent
Standards ComplianceASTM D3222, ISO 10931, DIN 8077/8078
UV ResistanceExcellent UV & weather resistance
ApplicationsChemical processing, semiconductor, pharma, water treatment

Compact Design: Short radius allows installation in tight spaces with minimal footprint.
Superior Chemical Resistance: Handles aggressive acids, bases, and solvents without degradation.
Thermal Stability: Performs reliably in both high and low temperature conditions.
Smooth Inner Surface: Ensures consistent flow with minimal pressure drop and reduces scaling.
Durable Construction: Designed to withstand high pressure and long-term use in demanding applications.

Temperature (°C)PN16 System (SDR 21)PN20 System (SDR 17)
20°C16 bar20 bar
30°C14 bar17 bar
40°C12 bar15 bar
50°C10 bar13 bar
60°C8 bar11 bar
80°C5 – 6 bar7 – 8 bar
100°C3 – 4 bar5 bar
120°C1 – 2 bar2 – 3 bar
Repairing Service

Custom Product Manufacturing Available

If you are searching for customized product designs that meet your requirements, don’t worry. Petron Thermoplast also offers custom product manufacturing services to meet the unique needs of various industries. Work with our expert engineers to create custom designs suited for your application.

Benefits of Using PVDF Short Radius 90° Bend

1. Space-Saving Design

  • Short radius (R ≈ 1D) allows installation in tight or compact areas.
  • Ideal for skid-mounted systems and pipelines with limited space.

2. Excellent Chemical Resistance

  • Resistant to acids, alkalis, solvents, and corrosive fluids.
  • Perfect for chemical and industrial process applications.

3. High Temperature Resistance

  • Can operate up to approximately 120–140°C depending on grade.
  • Maintains mechanical strength at elevated temperatures.

7. Lightweight

  • Easier handling and installation compared to metal bends
  • Reduces structural load on piping supports.

8. Reliable Joint Compatibility

  • Compatible with butt fusion, socket fusion, or welded joints.
  • Ensures leak-proof installation.

9. Suitable for High-Purity Applications

  • Used in pharmaceutical, semiconductor, and ultra-pure chemical systems

Types of PVDF Short Radius 90° Bend

1. Based on Connection Type

Butt Fusion 90° Bend

  • Heat-fused to the pipe
  • Strong, permanent, leak-proof joint
  • Ideal for high-pressure chemical pipelines

Socket Fusion 90° Bend

  • Pipe inserted into the socket and heat-welded
  • Common for smaller diameter piping
  • Easy installation in low-to-medium pressure systems

Threaded 90° Bend

  • Female or male threaded ends
  • Easy to install or remove
  • Suitable for low-pressure systems

Flanged 90° Bend

  • Flange ends for bolted connection
  • Used for large-diameter pipelines
  • Enables easy dismantling for maintenance

2. Based on Pressure Rating

  • PN10
  • PN16
  • PN20
  • SDR-based (SDR 21, SDR 17, etc.)

Pressure rating depends on the pipe system and operating temperature.

3. Based on Radius Design

  • Short Radius (R ≈ 1D) – Compact installation, sharper turn
  • Long Radius (R ≈ 1.5D) – Less pressure drop, smoother flow

4. Based on Application Grade

  • Industrial Chemical Grade
  • High Purity (HP) Grade
  • UV-Stabilized Grade (for outdoor installations)

Why Choose Petron Thermoplast?

Petron Thermoplast is a trusted manufacturer and supplier of PVDF Short Radius 90° Bend, engineered to deliver reliable backflow prevention, long service life, and consistent performance in demanding industrial environments.

1. Multiple Size & Seal Options

Available in a wide range of sizes with EPDM and FKM (Viton) seals, allowing selection based on pressure, temperature, and chemical compatibility.

2. Strict Quality Control

Every PVDF Short Radius 90° Bend undergoes rigorous quality checks to ensure leak-proof performance, durability, and consistent field reliability.

3. Cost-Effective for Industrial Projects

As a manufacturer, Petron Thermoplast offers competitive pricing for bulk orders and EPC projects without compromising on quality.

4. Trusted Industrial Partner

With extensive experience in industrial thermoplastics, Petron Thermoplast is a preferred supplier for chemical plants, oil, gas treatment facilities, OEMs, and EPC contractors.