APPLICATION PROOF

See How FBU Approaches

Equipment Like Yours.

Start with the equipment and the problem. Each published case shows the FBU response and the evidence available—without exposing confidential customer or engineering details.

Explore Application Routes

Request Relevant Proof

Equipment first Evidence labeled

Confidential details protected

EVERY PUBLISHED APPLICATION ANSWERS FOUR CUSTOMER QUESTIONS

Equipment & Duty

What equipment and operating context were involved?

Defined Challenge

What fit, reliability, supply or lifecycle issue had to be addressed?

FBU Response

What complete-cartridge scope was configured and supplied?

Verified Result

What evidence supports the published statement?

HOW FBU ENGINEERS A SEAL

Four controlled stages from application to repeat supply.

The process is consistent. The calculations, analyses and tests are selected according to the design scope and risk.

Two possible starting points

Configure a mature FBU platform—or develop and validate a new seal architecture when the application requires it.

Understand Equipment & Duty

Engineer the Seal

Manufacture & Validate

Release for Repeat Supply

Detailed development procedures, controlled records and sanitized examples can be reviewed during an authorized customer audit.

ENGINEERING DECISIONS

The design is checked where it matters.

FBU selects the necessary calculations and analyses for the seal architecture, operating duty and project risk.

MECHANICAL BEHAVIOR

Loading, stability and component strength.

Engineering review supports reliable sealing behavior and suitable pressure-boundary strength.

THERMAL BEHAVIOR

Heat generation, heat removal and deformation.

Thermal review supports material, flush and operating decisions where the application requires it.

CONTROLLED 3D DESIGN AND ANALYSIS

See the fit and behavior before release.

All FBU product drawings are developed from controlled 3D design. Applicable structural and thermal analyses support design review and validation planning.

3D DESIGN

Complete Assembly and Interface Review

Controlled 3D assemblies support fit, drawing release and manufacturing continuity.

STRUCTURAL ANALYSIS

Pressure and Component Behavior

Applicable analysis reviews deformation, strength and pressure-boundary behavior.

THERMAL ANALYSIS

Temperature and Thermal Deformation

Applicable analysis reviews temperature distribution and combined thermal-mechanical behavior.

Public boundary: FBU shows sanitized 3D capability and analysis types. Software brands, customer data, design inputs and detailed acceptance criteria remain controlled and can be reviewed during an authorized audit.

API 682 ENGINEERING

API 682 principles across development. Full project scope where applicable.

FBU applies API 682 engineering principles across its cartridge-seal development, while full API 682 project requirements are defined and verified within the applicable project scope.

Project scope may define the seal arrangement, materials, connections, documentation, inspection and testing required for that application.

CALCULATION‑DOCUMENT BOUNDARY

Review the engineering. Protect the design record.

Detailed mechanical-seal calculations are controlled engineering records.

They may be reviewed during an authorized technical meeting or formal supplier audit.

They are not issued as standard mechanical-seal project deliverables.

Seal-support-system design calculations can be supplied as formal project documents when included in the agreed documentation scope.

API Spec Q1 is not presented as blanket API product certification, API Monogram authorization or API 682 product approval.

PROTOTYPE AND DYNAMIC VALIDATION

A new architecture must be validated before it becomes a mature platform.

New seal architectures complete applicable dynamic validation before formal release. Dynamic testing can also be arranged across FBU’s complete mechanical-seal product range according to project scope and customer requirements

Mature-platform repeat orders do not require every unit to repeat platform-level dynamic validation.

Test limits, conditions, records and approved evidence can be reviewed within the relevant project or customer-audit scope.

Shipment-test boundary: every applicable complete cartridge seal is air-leak tested before shipment. Dynamic validation and routine shipment air-leak testing are different controls.

CONTROLLED DEVELOPMENT

Design knowledge retained for repeat supply.

PLM controls 3D models, drawings, BOMs, revisions and product records. SAP supports order, production and delivery coordination. FBU design and development activities are controlled through documented procedures within its API Spec Q1 quality management system.

DESIGN CONTROL

Inputs, Reviews & Approval

Defined design inputs and responsibilities

Concept, drawing and verification review

Formal release after required validation

DIGITAL CONTROL

3D, Drawings, BOM & PLM

Controlled 3D design and released drawings

BOM and revision continuity

PLM archive for repeat supply

LIFECYCLE LEARNING

Application Feedback

Post-delivery performance follow-up

Engineering review when changes are required

Controlled incorporation into future supply

VERIFY THE ENGINEERING BEHIND THE PRODUCT

Don’t Take Our Word for It.

Audit FBU.

Authorized customers can review the controlled engineering process, software operation, calculations, sanitized projects and validation records during a supplier audit.

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Project Delivery

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See How FBU Approaches

Equipment Like Yours.