Reusable metal housing
Engineered to the selected size, pressure class and material specification.
MODULAR INLINE CHOKE · FIELD REPLACEABLE
Replace the core.
Keep the line moving.
A reusable severe-service housing with a replaceable jade ceramic flow element—engineered for slurry, tailings and corrosive process duty.
2–36 in product range150–2500 pressure classSiC ceramic systems
FIELD-SERVICE CONFIGURATION
01Reusable housing
Retain the engineered pressure boundary.
02Replaceable ceramic
Service only the component exposed to wear.
03On-site exchange
Return the choke to service without a rebuild cycle.
04Digital workflow
Configure, simulate and quote from one model.
THE MODULAR SYSTEM
A choke designed around the part that wears.
The housing stays in service. The ceramic flow element is selected for the duty, inspected and replaced when its service limit is reached.
Jade ceramic flow element
A replaceable severe-wear core with the bore configured for the process duty.
Protected bond system
A controlled interface seats the ceramic inside the housing without an exposed gap.
Integrated handling
Side-mounted lifting hardware supports safe movement of larger assemblies.
CONFIGURATION RANGE
One system, engineered for the actual line.
Start with nominal size and pressure class, then connect housing material, ceramic system and bore geometry to the operating duty.
01
Nominal sizeStandard product range
2–36 IN2"3"4"6"8"10"12"14"16"18"20"24"30"36"
02
Pressure classASME pressure-boundary reference
150–2500CLASS 150CLASS 300CLASS 600CLASS 900CLASS 1500CLASS 2500
Conventional inline
Fixed severe-service assembly sized to the selected piping and flange requirements.
Modular inline
Reusable housing with a field-replaceable ceramic wear package.
Duty-specific ID
The ceramic flow path is configured around process conditions and review inputs.
MATERIAL SYSTEMS
Match the material to the wear mechanism.
Material selection remains connected to the same product configuration used for engineering review and quotation.
WEAR COMPONENTCeramic options
SSiCSintered silicon carbide
RBSCReaction-bonded silicon carbide
NBSiCNitride-bonded silicon carbide
Alumina92%, 95% and 99.5% grades
PRESSURE BOUNDARYHousing options
THE EXCHANGE SEQUENCE
Remove. Replace. Return to service.
See the field-oriented maintenance sequence: release the worn module, install the prepared replacement and close the reusable housing.
01 REMOVE
Release the worn module
Open the reusable housing and remove the ceramic assembly from the service position.
02 INSTALL
Seat the replacement core
Install the prepared module, close the assembly and return the choke to the line.
Reusable pressure boundaryReplaceable internal wear packageField-oriented maintenance workflow
SERVICE MODEL COMPARISON
Replace the wear package, not the pressure boundary.
A direct architectural comparison between the ModFlowX modular service model and a conventional full-assembly maintenance path.
SERVICE DECISION
MODFLOWX MODULAR SYSTEM
CONVENTIONAL SERVICE MODEL
01Pressure boundary
Retained in serviceReusable engineered housing
Assembly removedPressure-boundary hardware enters the service cycle
02Primary wear component
Replaceable ceramic packageService focuses on the exposed wear element
Integrated assemblyWear component and housing are commonly serviced together
03Maintenance workflow
Field-oriented exchangeRemove, replace and close the reusable housing
Workshop-oriented rebuildRemove, transport, repair and reinstall
04Engineering record
One connected configurationGeometry, duty review and quote use the same model
Document-led handoffDrawings and service records move between stages
EXPLODED ASSEMBLYEvery component aligned on the flow axis
ENGINEERED ARCHITECTURE
One flow path. Every dimension connected.
Nominal size, pressure class, housing dimensions and ceramic bore remain connected from configuration through engineering review.
OD + IDHousing and ceramic geometry
ANSI classPressure-boundary reference
MaterialHousing and ceramic selection
3D modelShared product configuration
DIGITAL ENGINEERING
From drawing to model to duty review.
Upload a drawing, PDF, spreadsheet or field image. The portal organizes the project around the actual part, then carries the selected choke into 3D configuration and simulation.
01 Upload a drawing, PDF, spreadsheet or field image02 Identify the part and operating context03 Configure size, class, bore and materials04 Review flow, erosion and structural conditions05 Confirm the customer-facing configuration06 Build the quotation from the selected model
CONNECTED MODELFLOW · EROSION · SERVICE LIFE
GEOMETRY SYNCHRONIZED
3D CONFIGURATIONCFD WORKFLOWQUOTE OUTPUT
DESIGNED FOR SEVERE SERVICE
Built for the process conditions that consume ordinary flow components.
Mineral slurryTailings systemsProcess acidAcid slurryAbrasive transportHigh-wear process lines
ABOUT MODFLOWX
Engineering built from field experience.
ModFlowX develops next-generation flow-control systems for mining and energy applications. The company was created to make severe-service equipment more modular, faster to support and easier to maintain.
From ceramic design and 3D modeling to CFD, FEA, manufacturing and final packaging, each project follows one connected engineering workflow.
START WITH THE REAL PART
Bring us the drawing. We will engineer the flow path.
Configure a choke, upload project files or begin a customer quotation.