GITNUXSOFTWARE ADVICE
Manufacturing EngineeringTop 9 Best Materials Selection Software of 2026
Discover top materials selection software for efficient product development. Compare tools, read reviews, find best fit for your needs today.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Granta Selector
Constraint-based material ranking using property limits and selection priorities
Built for engineering teams standardizing repeatable materials screening and documentation.
Rheology and Materials Selection (MatWeb)
Advanced property search that filters materials by numeric property ranges
Built for engineers needing rapid property lookup and comparison across many materials.
MatWeb Alloy and Material Data
Large, browsable library of material property pages with direct downloads
Built for engineers and analysts needing property lookup and quick candidate comparison.
Comparison Table
This comparison table reviews materials selection software used to match alloys and materials to performance requirements, including Granta Selector, Rheology and Materials Selection (MatWeb), MatWeb Alloy and Material Data, Total Materia, and Oerlikon Materials Selection. It summarizes what each tool covers, such as data scope, material property search depth, and how users can move from material screening to engineering decisions.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | Granta Selector Enables rapid engineering materials selection and constraints-based screening using structured Ashby-style property models and material data. | Ashby selection | 8.6/10 | 9.1/10 | 8.0/10 | 8.5/10 |
| 2 | Rheology and Materials Selection (MatWeb) Delivers a searchable materials property database focused on engineering materials specs for use in preliminary selection and screening. | materials catalog | 8.1/10 | 8.6/10 | 8.1/10 | 7.5/10 |
| 3 | MatWeb Alloy and Material Data Provides indexed access to material property sheets and datasheet-style information to support quick comparisons during selection. | data lookup | 7.8/10 | 8.1/10 | 7.6/10 | 7.5/10 |
| 4 | Total Materia Offers engineering materials data and selection tools for metals, alloys, and related property search and comparison workflows. | metals database | 8.1/10 | 8.8/10 | 7.9/10 | 7.4/10 |
| 5 | Oerlikon Materials Selection Supports material system selection guidance for coatings and surface solutions using engineering application information and recommended material systems. | surface engineering | 7.2/10 | 7.5/10 | 7.0/10 | 7.0/10 |
| 6 | AZoM Materials Selection Tools Provides material information and comparison resources built around engineering material classes and supplier-linked technical content for selection research. | materials research | 7.4/10 | 7.4/10 | 8.0/10 | 6.8/10 |
| 7 | ScienceDirect (Materials property search) Supports materials selection by enabling search across published material property studies and characterization data used in candidate evaluation. | literature search | 7.4/10 | 7.3/10 | 8.0/10 | 6.8/10 |
| 8 | Sente Software (R&D materials workflows) Supports engineering research workflows by organizing materials-related documents, notes, and citation-linked evidence that feeds selection decisions. | research management | 8.1/10 | 8.6/10 | 7.6/10 | 7.8/10 |
| 9 | RAYCHEM / Nexans Materials Guidance Provides cable and insulation material selection guidance for application constraints like temperature rating and installation conditions. | application selection | 7.3/10 | 7.4/10 | 7.2/10 | 7.2/10 |
Enables rapid engineering materials selection and constraints-based screening using structured Ashby-style property models and material data.
Delivers a searchable materials property database focused on engineering materials specs for use in preliminary selection and screening.
Provides indexed access to material property sheets and datasheet-style information to support quick comparisons during selection.
Offers engineering materials data and selection tools for metals, alloys, and related property search and comparison workflows.
Supports material system selection guidance for coatings and surface solutions using engineering application information and recommended material systems.
Provides material information and comparison resources built around engineering material classes and supplier-linked technical content for selection research.
Supports materials selection by enabling search across published material property studies and characterization data used in candidate evaluation.
Supports engineering research workflows by organizing materials-related documents, notes, and citation-linked evidence that feeds selection decisions.
Provides cable and insulation material selection guidance for application constraints like temperature rating and installation conditions.
Granta Selector
Ashby selectionEnables rapid engineering materials selection and constraints-based screening using structured Ashby-style property models and material data.
Constraint-based material ranking using property limits and selection priorities
Granta Selector stands out for turning materials and property data into a guided selection workflow with filters, constraints, and ranking. The core capabilities cover importing and managing materials databases, browsing material families, and screening candidates by property windows and engineering requirements. It also supports exporting selections and analysis outputs for downstream documentation and design review processes. The tool is designed to connect material datasets to repeatable decision logic rather than providing ad hoc comparison only.
Pros
- Property screening with constraint-based ranking across many candidate materials
- Structured workflow that links selection criteria to exportable decision outputs
- Strong database handling for browsing, filtering, and maintaining materials knowledge
Cons
- Setup and database configuration can be heavy for teams without existing data governance
- Complex multi-constraint searches can feel slower than simple side-by-side comparisons
- Usability depends on the quality and completeness of the loaded property datasets
Best For
Engineering teams standardizing repeatable materials screening and documentation
Rheology and Materials Selection (MatWeb)
materials catalogDelivers a searchable materials property database focused on engineering materials specs for use in preliminary selection and screening.
Advanced property search that filters materials by numeric property ranges
MatWeb stands out for its highly searchable materials property database that aggregates many third-party datasheets into one consistent interface. It supports targeted filtering for properties and process-relevant metrics like tensile behavior, thermal properties, and density, with direct links to source documents. It is also strong for quick cross-material comparisons using property tables rather than workflow-heavy simulations. The site’s material selection value comes from breadth of documented properties more than from built-in engineering calculations or design optimization.
Pros
- Extensive searchable database covering mechanical, thermal, and physical properties
- Property tables enable fast cross-material comparisons across many families
- Datasheet links provide traceability back to underlying supplier documentation
Cons
- Limited built-in selection logic beyond filtering and direct property comparison
- Datasheet coverage can be uneven across alloys and producer-specific variants
- No integrated calculation engine for derived properties or multi-constraint optimization
Best For
Engineers needing rapid property lookup and comparison across many materials
MatWeb Alloy and Material Data
data lookupProvides indexed access to material property sheets and datasheet-style information to support quick comparisons during selection.
Large, browsable library of material property pages with direct downloads
MatWeb Alloy and Material Data stands out for its large, searchable index of material property pages covering metals, plastics, ceramics, and more. The core workflow centers on browsing and filtering material data sheets, with direct citations of typical properties like mechanical strength, thermal behavior, and density. It also provides downloadable material data in structured formats for quick comparisons across candidate alloys and materials. The site is strongest as a property reference and comparison tool rather than a full design optimization system.
Pros
- Extensive material property database across multiple material classes
- Fast material lookups using searchable property and classification pages
- Downloadable property data supports side-by-side comparisons
Cons
- Search and filtering feel limited for multi-constraint selection
- Data consistency varies because entries reflect compiled sources
- No built-in engineering calculations or performance simulation
Best For
Engineers and analysts needing property lookup and quick candidate comparison
Total Materia
metals databaseOffers engineering materials data and selection tools for metals, alloys, and related property search and comparison workflows.
Embedded metallurgy guidance that maps alloy chemistry and processing context to selection decisions
Total Materia stands out for coupling a materials selection workflow with an embedded database of metallurgy-focused knowledge. It supports alloy chemistry, microstructure, and property-oriented screening using rule and data sources aimed at ferrous and nonferrous engineering. The tool emphasizes traceable guidance during selection and verification tasks rather than only rank-ordering candidate materials. Core capabilities focus on candidate filtering, property comparison, and engineering constraints across common material families.
Pros
- Metallurgy-centric selection workflow ties chemistry to property constraints
- Strong alloy and grade guidance supports feasibility checks during screening
- Property comparison tools help narrow candidates using targeted attributes
Cons
- Workflow breadth can feel complex for straightforward single-step selections
- Output depends on correct input definitions and material data coverage
Best For
Materials engineers selecting alloys with property tradeoffs and metallurgy-based constraints
Oerlikon Materials Selection
surface engineeringSupports material system selection guidance for coatings and surface solutions using engineering application information and recommended material systems.
Oerlikon-system-linked materials and coating selection workflow for corrosion and wear use cases
Oerlikon Materials Selection stands out by tying material selection to Oerlikon coatings and surface engineering offerings rather than treating materials as generic datasets. The solution supports engineering-driven selection workflows that evaluate material and coating options for performance needs like corrosion and wear. It is strongest for applications where users want rapid narrowing toward specific, vendor-backed material systems. It is weaker when teams need fully tool-agnostic comparison across non-Oerlikon materials or deep property calculations beyond selection guidance.
Pros
- Selection guidance aligned to Oerlikon coating and surface engineering systems
- Workflow supports narrowing material options for corrosion and wear requirements
- Practical output reduces time spent manually mapping needs to coating choices
Cons
- Coverage focuses on Oerlikon offerings, limiting tool-agnostic comparisons
- Less suitable for teams needing deep, assumption-heavy materials calculations
- Outputs may require engineering interpretation for edge cases
Best For
Engineers selecting corrosion and wear coatings within Oerlikon material scope
AZoM Materials Selection Tools
materials researchProvides material information and comparison resources built around engineering material classes and supplier-linked technical content for selection research.
Multi-criteria material screening tied to AZoM technical context
AZoM Materials Selection Tools stands out by connecting material choice to practical application context through curated AZoM content and selection workflows. The suite supports multi-criteria screening using property targets, material classes, and common constraints used in engineering preliminary design. It also offers references to technical articles and datasheets-style resources that help users justify selection decisions. Coverage is strongest for metals, polymers, and general engineering materials rather than deep domain-specific alloys or niche composites.
Pros
- Property-based filtering for fast shortlisting across common material classes
- Context links to supporting AZoM technical articles for selection justification
- User-friendly inputs that fit preliminary engineering decision making
Cons
- Limited depth for highly specialized composites and niche alloy families
- Screening results depend on available data and may omit edge-case materials
- Fewer advanced optimization and uncertainty tools than full PLM-style selectors
Best For
Engineering teams evaluating common materials for preliminary design decisions
ScienceDirect (Materials property search)
literature searchSupports materials selection by enabling search across published material property studies and characterization data used in candidate evaluation.
Property-focused search within ScienceDirect materials literature with paper-level traceability
ScienceDirect Materials property search is distinct because it turns a literature index into a materials property lookup focused on relevant compounds and property terms. The core capability centers on filtering and browsing published materials data inside ScienceDirect journal content to locate comparative property values and test conditions described in papers. It supports rapid discovery workflows that pair search results with source metadata like authorship and publication details for traceability. The tool functions as a literature-first property search rather than a standalone materials database with downloadable structured datasets.
Pros
- Strong literature traceability via direct paper-level results and metadata
- Fast filtering helps narrow property searches to relevant material systems
- Good coverage across materials journals within the ScienceDirect corpus
Cons
- Search returns literature, not curated, machine-ready property tables
- Limited ability to normalize inconsistent units and test conditions
- Results depend on how authors label properties and material phases
Best For
Researchers verifying property claims using literature-sourced materials evidence
Sente Software (R&D materials workflows)
research managementSupports engineering research workflows by organizing materials-related documents, notes, and citation-linked evidence that feeds selection decisions.
R and D workflow orchestration that records specification inputs and decision outcomes together
Sente Software focuses on R and D materials workflows, linking specifications, documents, and decision points into a structured process. It supports creating reusable data and checklists for materials selection, along with traceable inputs and outcomes tied to project context. The workflow orientation and information capture are designed for teams that need repeatable evaluations rather than one-off comparisons. Collaboration and audit trails are built for managed engineering processes that require clarity across iterations.
Pros
- Workflow-first approach that ties materials decisions to traceable R and D artifacts
- Reusable specification and template structures reduce repeat work across projects
- Document and requirement linking supports auditability for selection rationale
Cons
- Setup of data structures and templates takes time to get right
- Complex configurations can slow new users during the first projects
- Materials selection comparisons feel less like a spreadsheet and more like process
Best For
Engineering teams running repeatable materials selection workflows with traceability
RAYCHEM / Nexans Materials Guidance
application selectionProvides cable and insulation material selection guidance for application constraints like temperature rating and installation conditions.
Structured materials guidance tied to cable accessory compatibility decisions
RAYCHEM Nexans Materials Guidance focuses on cable accessories and related materials guidance for selecting compatible components. The tool supports structured material selection workflows that connect application needs to specific product families and typical suitability boundaries. It emphasizes practical guidance using Nexans product context rather than an open-ended property database. Core capabilities center on guiding decisions for installation and compatibility across defined use cases.
Pros
- Guides selections using Nexans product structures
- Application-oriented workflow reduces compatibility guesswork
- Helps standardize decisions across project teams
Cons
- Scope is narrower than general materials selection engines
- Less suitable for non-Nexans or custom material exploration
- Limited support for deeper property modeling outside guidance
Best For
Electrical insulation teams selecting Nexans cable accessory materials
Conclusion
After evaluating 9 manufacturing engineering, Granta Selector stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Materials Selection Software
This buyer's guide explains how to choose materials selection software by mapping selection workflows to specific capabilities in Granta Selector, MatWeb, Total Materia, Sente Software, and other tools covered here. It also outlines which data sources fit property lookup, constraint screening, metallurgy guidance, literature traceability, and application-specific compatibility workflows. The guide finishes with concrete decision steps and common mistakes to avoid across these ten tools.
What Is Materials Selection Software?
Materials selection software helps engineering teams narrow down candidate materials using structured property data, constraint rules, and traceable selection outputs. It solves the time-consuming parts of product development like searching property ranges, filtering incompatible options, capturing selection rationale, and exporting results for downstream review. In practice, tools like Granta Selector run constraint-based ranking across structured property models. Tools like MatWeb focus on fast cross-material property lookup using searchable property tables and datasheet links.
Key Features to Look For
The right features determine whether a tool supports repeatable selection decisions, fast property screening, or evidence-backed validation for the materials workstream.
Constraint-based material ranking with property limits
Granta Selector provides constraint-based material ranking using property limits and selection priorities, which supports repeatable decision logic for engineering screening. Total Materia also ties chemistry and processing context to feasibility checks during alloy selection so constraints map to metallurgy-relevant guidance.
Numeric property search that filters by property ranges
MatWeb Rheology and Materials Selection supports advanced property search that filters materials by numeric property ranges for mechanical, thermal, and physical metrics. AZoM Materials Selection Tools uses property targets with material classes and common constraints to shortlist options for preliminary design decisions.
Large browsable material property libraries with downloads
MatWeb Alloy and Material Data offers an indexed library of material property pages across metals, plastics, and ceramics. MatWeb and MatWeb Alloy and Material Data both provide downloadable material data that supports quick side-by-side comparisons without building a full modeling workflow.
Metallurgy-centric guidance tied to alloy chemistry and processing
Total Materia embeds metallurgy guidance that maps alloy chemistry and processing context to selection decisions. This makes it well-suited for selecting alloys with property tradeoffs where chemistry and constraints need to stay connected.
Workflow orchestration that records selection inputs and decision outcomes
Sente Software orchestrates R and D materials workflows by linking specifications, documents, notes, and decision points into structured, reusable processes. This supports auditability by recording requirement inputs and selection outcomes together, which reduces confusion across iterations.
Application-specific selection guidance using vendor product context
Oerlikon Materials Selection connects material selection to Oerlikon coatings and surface engineering offerings for corrosion and wear use cases. RAYCHEM Nexans Materials Guidance structures selection for cable accessories and insulation compatibility so teams can narrow choices based on installation and temperature constraints inside a Nexans product context.
How to Choose the Right Materials Selection Software
The selection framework should start with the kind of decision output needed, then match that output to the tool that already models it.
Define the decision style and required output
If the goal is ranked shortlisting based on property windows and explicit priorities, Granta Selector is built for constraint-based screening and exports selection results for downstream documentation. If the goal is evidence-backed property lookup and fast comparisons without constraint optimization, MatWeb and MatWeb Alloy and Material Data emphasize searchable property tables and downloadable data.
Match the data source to the evidence standard
For literature traceability at the paper level, ScienceDirect Materials property search locates published property claims inside ScienceDirect journal content with paper metadata for traceability. For supplier-facing property comparisons, MatWeb tools provide datasheet links that connect filtered properties back to source documents.
Choose the right depth for your engineering domain
For alloy selection that needs chemistry and processing feasibility checks, Total Materia embeds metallurgy-focused guidance to map alloy chemistry to selection constraints. For coatings and corrosion or wear selection inside a vendor material ecosystem, Oerlikon Materials Selection provides a workflow aligned to Oerlikon coatings and surface engineering systems.
Support the workflow and collaboration model
For repeatable R and D material selection work that requires audit trails and reusable checklists, Sente Software records specification inputs and decision outcomes together with linked artifacts. If the workflow needs to feel like a quick research assistant for common materials and technical justification, AZoM Materials Selection Tools ties screening inputs to curated AZoM technical content.
Validate scope fit with application constraints
For electrical insulation and cable accessories where installation conditions drive compatibility, RAYCHEM Nexans Materials Guidance structures selection around Nexans product families and typical suitability boundaries. For open-ended exploration across materials not tied to a single vendor ecosystem, prioritize Granta Selector or MatWeb rather than tools constrained to a specific supplier context.
Who Needs Materials Selection Software?
Materials selection software fits teams that must narrow candidates, justify choices, and maintain traceable materials knowledge across projects.
Engineering teams standardizing repeatable materials screening and documentation
Granta Selector is designed for constraint-based material ranking using property limits and selection priorities, which supports repeatable screening decisions and exportable outputs. Sente Software complements this by recording specification inputs and decision outcomes in structured R and D workflows with audit trails.
Engineers needing rapid property lookup and cross-material comparison
MatWeb Rheology and Materials Selection and MatWeb Alloy and Material Data focus on searchable property databases that enable fast cross-material comparisons using property tables and downloadable data. These tools prioritize breadth of documented properties over built-in engineering calculations or optimization logic.
Materials engineers selecting alloys using metallurgy constraints and tradeoff-aware guidance
Total Materia emphasizes embedded metallurgy guidance that maps alloy chemistry and processing context to selection decisions, which helps keep constraints aligned with feasibility. This is a better fit than generic property filtering when chemistry and processing context drive compatibility.
Application-specific teams selecting within a defined vendor ecosystem
Oerlikon Materials Selection supports corrosion and wear workflows that narrow toward vendor-backed coatings and material systems. RAYCHEM Nexans Materials Guidance structures cable accessory and insulation material selection using temperature ratings and installation compatibility within Nexans product structures.
Common Mistakes to Avoid
Common selection failures come from choosing a tool that matches the wrong decision workflow, or from feeding incomplete or poorly governed inputs into a screening process.
Expecting deep optimization from property tables alone
MatWeb Rheology and Materials Selection provides advanced property search and filtering but it does not include a built-in calculation engine for derived properties or multi-constraint optimization. Granta Selector is the better match when constraint-based ranking with property limits and priorities is required.
Using generic property search when metallurgy context drives feasibility
MatWeb tools and MatWeb Alloy and Material Data excel at property lookup and downloadable comparisons, but they do not embed metallurgy guidance that maps chemistry and processing context to feasibility. Total Materia is built to connect alloy chemistry and processing context to selection decisions.
Choosing a vendor-specific workflow for open-ended materials exploration
Oerlikon Materials Selection focuses on Oerlikon offerings and is weaker for tool-agnostic comparisons across non-Oerlikon materials. RAYCHEM Nexans Materials Guidance similarly narrows around Nexans cable and insulation material compatibility, so Granta Selector or MatWeb is the safer fit for broader exploration.
Skipping traceability and evidence capture for R and D selections
ScienceDirect Materials property search provides paper-level traceability, but it returns literature results rather than machine-ready curated tables for consistent downstream selection logic. Sente Software is the better choice when selection inputs, reusable templates, and decision outcomes need to be captured with audit trails across iterations.
How We Selected and Ranked These Tools
we evaluated every tool on three sub-dimensions with weights of features at 0.4, ease of use at 0.3, and value at 0.3. The overall rating is the weighted average using overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. Granta Selector separated itself from lower-ranked tools by combining higher feature coverage for constraint-based material ranking with property limits and selection priorities, which strengthened both the features dimension and the usability of repeatable screening workflows. That constraint-first workflow approach also supports exportable selection outputs rather than ending at ad hoc side-by-side comparisons.
Frequently Asked Questions About Materials Selection Software
How do Granta Selector, Total Materia, and MatWeb differ for structured materials screening?
Granta Selector builds constraint-based screening workflows using property windows and engineering requirements, then ranks candidates for export to downstream documentation. Total Materia pairs similar screening with metallurgy guidance tied to alloy chemistry, microstructure, and verification-oriented decisions. MatWeb prioritizes rapid property lookup and cross-material comparison via numeric filters and property tables rather than workflow-heavy optimization.
Which tool best fits teams that need fast property lookup across many materials?
MatWeb is built for high-speed property searching with numeric range filters and property tables that compare candidates quickly. MatWeb Alloy and Material Data extends the same property-first approach with a browsable library of material property pages plus downloadable structured data. ScienceDirect Materials property search complements these by locating property values inside journal papers with paper-level traceability.
What should cable and installation teams use to ensure material compatibility?
RAYCHEM / Nexans Materials Guidance is designed for cable accessories and links application needs to compatible Nexans product families and suitability boundaries. It focuses on guidance for installation and compatibility decisions rather than open-ended browsing of all materials properties. Oerlikon Materials Selection targets corrosion and wear coatings and is not organized around cable accessory compatibility constraints.
How do Oerlikon Materials Selection and AZoM Materials Selection tools differ in scope and outputs?
Oerlikon Materials Selection ties the materials selection workflow to Oerlikon coatings and surface engineering offerings, so the outputs align with vendor-backed material and coating systems for corrosion and wear needs. AZoM Materials Selection Tools connects screening to curated AZoM technical content and preliminary design context, using multi-criteria filtering against property targets and common constraints.
Which option supports audit trails and reusable evaluation workflows beyond one-off comparisons?
Sente Software (R&D materials workflows) is structured for R and D processes that capture specifications, decision points, and outcomes with traceability and collaboration support. Granta Selector can export selections and analysis outputs for documentation, but it centers on selection logic and candidate ranking. Total Materia emphasizes metallurgy-based guidance during alloy selection and verification tasks rather than project-level workflow orchestration.
When literature traceability matters, how does ScienceDirect compare with MatWeb and Granta Selector?
ScienceDirect (Materials property search) is literature-first, so searches pull property-relevant compounds and values directly from papers with source metadata like authorship and publication details. MatWeb and MatWeb Alloy and Material Data focus on consistent property presentation across materials with links to source documents. Granta Selector emphasizes repeatable selection logic and constraints, with traceability achieved through exported selection outputs rather than paper-first retrieval.
What common workflow problem do these tools solve differently during early design?
Granta Selector reduces ad hoc comparisons by encoding constraints and priorities into repeatable selection logic and ranking. AZoM Materials Selection Tools speeds early-stage narrowing by screening against property targets and constraints tied to common preliminary design scenarios. MatWeb reduces friction by letting engineers compare many materials quickly using property tables instead of running deep domain-specific calculations.
Which tool is most suitable for selecting alloys with metallurgy context like chemistry and microstructure?
Total Materia is built around metallurgy-focused guidance that maps alloy chemistry and processing context to selection decisions. Granta Selector can screen by property limits and requirements, but its core advantage is constraint-driven ranking rather than embedded metallurgy reasoning. MatWeb Alloy and Material Data provides large property-page coverage and downloads, while the selection guidance is primarily property-reference oriented.
What integration or data-exchange capability should be evaluated for downstream engineering documentation?
Granta Selector supports exporting selections and analysis outputs for downstream documentation and design review processes. MatWeb and MatWeb Alloy and Material Data support downloadable material data in structured formats to enable external comparisons and reporting. Sente Software (R&D materials workflows) targets managed engineering processes by recording inputs and decision outcomes so review artifacts remain tied to the project context.
Tools reviewed
Referenced in the comparison table and product reviews above.
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