The Abrasiguard AE-Series Polyurethane-Lined Pipe is Y-shaped or lateral spool used to channel slurry from one pipeline to two separate pipelines, or vice versa. It can be custom-built to any length and pre-specified angle.
Its Abrasiguard AX-100 high-performance polyurethane lining prevents gouging caused by higher energy particles. It’s designed to transfer slurry and fluids that require an internal corrosion liner. Such applications typically involve high pressure, scaling, or abrasive solids.
This Abrasiguard pipe Y-piece/lateral spool is commonly used in mineral processing plants, concentrate pipelines, tailings pipelines, oil sands pipelines, and dredging.
Technical specifications
Brand
Abrasiguard
Model
AE-Series
Pipe size
DN50–1350 (2–54”) as standard
Non-standard sizes available (where required to optimise hydraulic performance)
Non-standard sizes available (where required to optimise hydraulic performance)
Design codes
Standard: ASME B31.3, ASME B31.4, AS4041
Contact us for other requirements
Contact us for other requirements
Pipe types
SMLS, ERW, LSAW, DSAW, SSAW/HSAW
Pipe specifications
Standard: API 5L, ASTM A53/A106, API 5CT, ASME B16.9
Contact us for other requirements
Contact us for other requirements
Pressure rating
As per design code
Temperature rating
Based on internal lining system selected
End connections
Plain end
Flanged (fixed or swivel)
Grooved (roll or cut)
Threaded
Fully welded
Custom
Flanged (fixed or swivel)
Grooved (roll or cut)
Threaded
Fully welded
Custom
Flange types
AS2129, ASME B16.5, ASME B16.47, AWWA C207, AS4087, BS EN 1092, BS3293, JIS B2220, SANS 1123, DIN ISO 7005, custom
Groove types
AWWA C606 OGS, Victaulic AGS, custom or special
Thread types
BSP, NPT, API, premium, custom
Extra options
Custom nozzles, branches, or connections
Wear monitoring system (plug-only or push-button)
Wear monitoring system (plug-only or push-button)
Material specifications
Pipe material
Carbon steel (all grades)
Stainless steel (SS304, SS316)
Exotic alloy
Stainless steel (SS304, SS316)
Exotic alloy
External coating
Uncoated
Zinc or zinc-aluminium primer
Epoxy based (single or multi-layer)
Polyurethane based (single or multi-layer)
Custom system
Zinc or zinc-aluminium primer
Epoxy based (single or multi-layer)
Polyurethane based (single or multi-layer)
Custom system
Internal lining specifications
AX-100 high-performance polyurethane
High-performance polyurethane liner system
Suitable for turbulent and non-turbulent slurry regimes
Suitable for small and large particle slurry types
Suitable for slurry velocities to 10m/s as standard
Suitable for straights (low 0–10° imp. angle wear)
Suitable for bends/fittings (medium 10–45° impingement angle wear)
Strong adhesion to substrate (chemically bonded)
Suitable for long-term immersion (hydrolysis-resistant)
Compatible with most carrier fluids and reagents (consult factory for chemical compatibility with specific media)
Very low wet friction coefficient (very low surface roughness)
Resistant to dissolved oxygen (nil corrosion allowance required)
Temperature range (wet): +20 to +40°C (transient to +60°C)
Temperature range (dry): 0 to +60°C (transient to +80°C)
Suitable for turbulent and non-turbulent slurry regimes
Suitable for small and large particle slurry types
Suitable for slurry velocities to 10m/s as standard
Suitable for straights (low 0–10° imp. angle wear)
Suitable for bends/fittings (medium 10–45° impingement angle wear)
Strong adhesion to substrate (chemically bonded)
Suitable for long-term immersion (hydrolysis-resistant)
Compatible with most carrier fluids and reagents (consult factory for chemical compatibility with specific media)
Very low wet friction coefficient (very low surface roughness)
Resistant to dissolved oxygen (nil corrosion allowance required)
Temperature range (wet): +20 to +40°C (transient to +60°C)
Temperature range (dry): 0 to +60°C (transient to +80°C)
AX-100XT high-performance polyurethane (XT upgrade)
Same as AX-100, with additional upgrades
Upgrade: Enhanced temperature range
Upgrade: Enhanced adhesion (corrosive and/or high temperature)
Upgrade: Enhanced resistance to “cold wall” effect
Upgrade: Enhanced resistance to long-term immersion
Temperature range (wet): 0 to +65°C (transient to +85°C)
Temperature range (dry): -60 to +80°C (transient to +120°C)
Upgrade: Enhanced temperature range
Upgrade: Enhanced adhesion (corrosive and/or high temperature)
Upgrade: Enhanced resistance to “cold wall” effect
Upgrade: Enhanced resistance to long-term immersion
Temperature range (wet): 0 to +65°C (transient to +85°C)
Temperature range (dry): -60 to +80°C (transient to +120°C)