Advanced Functional Materials Acceptance Rate 2026: What 20% Actually Means

Decision cue: If you need a yes/no submission call today, compare your work with the last 8 papers published in your specific material system from this journal. If your novelty, property improvements, and application demonstration align with those papers, consider submission. If not, this likely isn't the right venue.

Related: Advanced Functional Materials guide • Avoiding desk rejection • Submission requirements

Advanced Functional Materials accepts about 18-22% of submissions, making it one of the more selective materials science venues. This article explains what that acceptance rate means, who gets through, and what triggers desk rejection at this tier.

Acceptance rate in context

The 18-22% acceptance rate at Advanced Functional Materials reflects a highly selective editorial process. For comparison:

• Nature Materials: 10-15%
• Advanced Functional Materials: 18-22%
• Chemistry of Materials: 25-30%
• Journal of Materials Chemistry A: 30-35%
• ACS Applied Materials & Interfaces: 35-40%

The journal receives 5,000-6,000 submissions per year, of which roughly 900-1,200 are published. The impact factor is 19.0 (2024 JCR), ranking at position 9 out of 187 journals in the materials science category. That's top-tier within the field.

What this percentage means for your submission

An 18-22% acceptance rate means Advanced Functional Materials is not a sure bet, even for technically sound work. The journal isn't just filtering for methodological correctness. It's filtering for novelty, significance, and clear functional application.

The bar is: does this work represent a meaningful advance in functional materials? Not incremental, not a minor variation on existing platforms. A genuine step forward.

Desk rejection: the high barrier

About 40-50% of submissions to Advanced Functional Materials are desk rejected without reaching peer review. That's higher than most journals, reflecting the editor's aggressive filtering for scope and novelty.

Common desk rejection reasons:

Incremental property improvement. The work shows a modest enhancement (e.g., 10-20% increase in conductivity or strength) over existing materials, without demonstrating a new functional capability or application. Advanced Functional Materials wants transformative advances, not tweaks.

Limited novelty. The material or synthesis is well-known. The paper applies an existing approach to a new system without fundamental innovation. Editors view this as a poor fit for the journal.

Insufficient characterization of function. For a material to belong in Advanced Functional Materials, you must thoroughly demonstrate its functional properties. Partial characterization or vague claims about applications get flagged immediately.

Application claims without evidence. Authors state that their material could be useful for device X, but they haven't actually built or tested a device. Speculative claims don't pass desk review at this tier.

Scope mismatch with recent journal content. Advanced Functional Materials covers a wide range of materials (polymers, composites, ceramics, metals, hybrid systems, etc.), but within each subfield, editors look for alignment with recent journal priorities. Submitting work that doesn't fit the recent publication record signals a mismatch.

Writing or presentation quality. At this journal tier, presentation matters. Poor figure quality, unclear writing, or incomplete supplemental information can trigger desk rejection even if the science is sound.

What happens after desk review

Papers that pass desk review go to two external peer reviewers in the materials science community. Reviewer recruitment typically takes 1-2 weeks. Once recruited, reviewers have 30 days to complete their reviews, though extensions are common.

At peer review, assessors focus on:

Novelty in materials science context. Is this genuinely new? How does it advance the field? What prior work does it build on or contradict?

Functional property demonstration. Are the properties measured appropriately? Do the measurements support the claims? Is the characterization comprehensive?

Application viability. Can this material realistically be used in the proposed application? Are there barriers (cost, processability, stability) that haven't been addressed?

Experimental rigor. Are replicates adequate? Are statistical methods appropriate? Can the work be reproduced from the information provided?

Time to decision

Time to first decision at Advanced Functional Materials typically ranges from 70-100 days. Here's the breakdown:

• Days 1-10: Desk review (quick filter)
• Days 1-21: Reviewer recruitment
• Days 21-60: Peer review
• Days 60-80: Editor decision
• Days 80-100: First decision communication

The journal is reasonably efficient once your paper clears desk review. But the desk filter is strict, so don't expect fast rejection if they're going to reject. That usually means desk rejection within 2-3 weeks.

What gets accepted

Accepted papers at Advanced Functional Materials typically share these characteristics:

Genuinely novel functional materials. Either a new material composition/structure with demonstrated functional properties, or a known material with a novel synthetic route that enables new properties or applications.

Clear functional demonstration. The functional properties are comprehensively characterized. Devices or applications are either built and tested, or at minimum, materials are proven to work in the intended application context.

Comparison to state-of-the-art. The work explicitly compares against leading alternative materials and explains why the proposed approach is superior. This comparison is usually quantitative.

Mechanistic understanding. Authors understand why their material performs better. Structure-property relationships are explained, not just observed.

Practical relevance. The application is realistic. Cost, scalability, stability, and processability are addressed.

What doesn't get through

Incremental improvements. "We modified the synthesis slightly and got 15% higher conductivity" doesn't pass peer review at this tier, even if the work is technically sound.

Theoretical work without experimental validation. Computational or simulation papers need experimental confirmation to be competitive.

Application speculation. "This material could be useful for batteries" without actual battery testing or device data.

Narrow characterization. Measuring only one functional property (e.g., just electrical conductivity) without addressing stability, processability, or environmental performance.

Poor comparison to alternatives. Not demonstrating clear advantage over existing materials or approaches.

How to improve your odds

Know the recent content. Download and carefully read the last 15-20 papers from Advanced Functional Materials in your material class. Your work must align with and exceed the novelty shown in those papers. If you can't find 5 recent papers that feel similar to your work, you might have a scope mismatch.

Demonstrate the function comprehensively. Don't just measure one property. Characterize electrical, mechanical, thermal, optical, or chemical properties as relevant. Build a device if possible. Show that the material actually works for its intended purpose.

Include a proper comparison section. Create a table or figure comparing your material's properties to leading alternative materials. Make explicit why your material is better.

Explain the mechanism. Go beyond "the material has good properties." Explain why the structure, composition, or synthesis route leads to those properties.

Address practical considerations. Even in brief, discuss synthesis scalability, material cost, stability, and processability. Reviewers will ask these questions.

Get pre-submission feedback. A pre-submission diagnostic from someone familiar with this journal tier can prevent desk rejection. It's worth the investment for a journal this selective.

Alternatives if borderline

If you're on the fence about Advanced Functional Materials, consider:

ACS Applied Materials & Interfaces. Slightly lower selectivity (35-40% acceptance), lower IF (9-10). Better if your work is solid but more incremental.

Chemistry of Materials. Similar selectivity (25-30% acceptance), IF ~8-9. Good middle ground if your material work is competitive but not revolutionary.

Journal of Materials Chemistry A. Broader scope (30-35% acceptance), IF ~12-13. Better if your work involves energy applications or sustainability angles.

Nanoscale. Broader scope (40-45% acceptance), IF ~5-6. Better if your work is more incremental or niche.

Sources

• Journal editorial policy and author guidelines
• Author reports from SciRev.org, AcademicForum, and r/materials
• Impact factor data: 2024 JCR (Clarivate)
• Wiley submission portal and reviewer feedback archives

Submission readiness checklist

Before submitting to Advanced Functional Materials:

• [ ] I've read 15 recent papers from this journal in my material system
• [ ] My work represents genuine novelty (new material, new synthesis, or new application of known material)
• [ ] I've comprehensively characterized functional properties (multiple property classes)
• [ ] I've compared my material quantitatively against leading alternatives
• [ ] I can explain the mechanism: why does this structure/composition give these properties?
• [ ] Practical considerations (scalability, cost, stability) are addressed
• [ ] All figures are publication-quality and clearly labeled
• [ ] I have preliminary device/application data or strong theoretical justification for claims

See our full Advanced Functional Materials guide for submission details, impact factor trends, and review timelines.