Air fryer paper looks simple until you try to buy it at scale. For a commercial buyer, the real question is not “Which liner is cheapest?” It is “Which specification will fit the fryer, stay stable under forced airflow, release food cleanly, meet the required food-contact standard and remain consistent from one production batch to the next?”

That is why a useful air fryer paper specification needs to connect the base paper, GSM, silicone coating, perforation, finished dimensions, temperature/time conditions, packing and application testing. If one of these points is left vague, two suppliers can quote products that look similar on paper but behave very differently in use.

Quick answer For most sourcing projects, start with the actual basket or tray geometry and intended food use. Then define the liner format, GSM, silicone side, perforation, finished size, temperature/time condition, food-contact requirements and retail or bulk packing. Approve the finished liner—not only the raw paper.

 

Key Takeaways

• GSM affects body, handling and airflow stability, but a higher GSM does not automatically mean a better liner.
• 1S and 2S silicone are different commercial structures; specify which surface needs release performance.
• Perforation is an airflow design decision, not a decoration. Hole diameter, spacing, pattern and edge distance all matter.
• Liner size should be based on basket/tray geometry—not only fryer capacity such as 5 L or 7 L.
• Heat resistance should be defined by temperature + exposure time + airflow + food load, then confirmed on the finished converted liner.
• PFAS-free and food-contact compliance are documentation requirements separate from grease resistance or non-stick performance.
• For custom/private-label orders, packing, artwork, barcode, tooling and sample approval should be part of the specification from the beginning.

Air Fryer Paper Specification at a Glance

Specification	What the Buyer Should Define	Why It Matters
Application	Food type, basket/tray, disposable flat liner or formed bowl	Sets the starting point for every later decision
Paper / GSM	Target GSM or approved sample + tolerance	Affects handling, body, forming and stability
Silicone	1S or 2S; identify food/release side	Controls surface release and orientation
Perforation	Solid or perforated; hole size, spacing, pattern, edge distance	Balances airflow with sheet strength
Size / shape	Round, square, rectangular, bowl or drawing	Controls fit, coverage and airflow
Heat use	Normal/max temperature + cooking time	Defines realistic thermal exposure
Food-contact	Destination market + required declarations/test reports	Avoids commercial approval delays
Packing	Pieces/pack, retail box/bag, master carton, pallet, barcode	Directly affects quotation and private-label execution
Volume	Trial order + expected monthly/annual demand	Supports tooling, production and packing planning

1. Start With the Finished Liner, Not the Paper Name

A frequent sourcing mistake is to ask for “air fryer parchment paper” as if that description were a complete specification. It is not. The buyer is usually purchasing a finished converted product: a flat perforated sheet, a round disc, a square liner, a rectangular liner or a formed bowl. The raw paper is only one part of that system.

The same base paper can behave differently after silicone coating, die cutting, perforation, folding or forming. Likewise, a liner that looks flat and stable on a table may respond differently once hot air begins circulating inside the appliance.

Buyer rule Describe the finished liner first: application → fryer basket/tray → format → paper/GSM → silicone → perforation → dimensions → heat/time → compliance → packing.

 

Flat liner or formed bowl?

Format	Best Used When	Key Points to Specify
Flat round/square/rectangular liner	Buyer wants simple coverage and easy die-cut conversion	Diameter or L × W, corner radius, perforation, edge profile
Formed / bowl liner	Buyer needs raised edges to contain grease, sauce or food residue	Bottom size, top opening, side-wall height, forming geometry, fold pattern
Custom technical shape	Basket geometry or branded SKU requires a specific outline	Drawing, tolerances, orientation, tooling and approval sample

 

2. How to Choose Air Fryer Liner Paper GSM

GSM (grams per square metre) measures basis weight. Buyers often use it as a shortcut for “strength,” but that can be misleading. GSM changes the amount of fiber per unit area; it does not by itself define tear strength, thickness, grease resistance, release performance or heat resistance.

For air fryer liners, the better question is whether the selected paper has enough body for the finished size and food load without becoming unnecessarily heavy, difficult to form or costly.

GSM Decision Factor	Lighter GSM Tendency	Higher GSM Tendency
Handling	More flexible and light	More body and robust feel
Material use	Lower material consumption	Higher material consumption
Forming / folding	May form more easily in some designs	May need more forming force
Airflow sensitivity	Requires careful finished-liner stability testing	Can provide more physical body, but still needs testing
Large liner formats	May become more sensitive to edge lift	May provide better handling, depending on structure

Why size and GSM must be evaluated together

A small liner and a large liner should not automatically use the same GSM simply because both are sold for air fryers. As exposed area increases, the liner can become more sensitive to airflow, edge curl and handling. Food load also matters: a liner used under a light snack is not experiencing the same mechanical condition as one used under heavier, greasy food.

Avoid overspecifying The goal is not the highest GSM. The goal is the lowest practical material level that still delivers the required handling, stability, forming and use performance for the approved design.

 

3. Silicone Coating: 1S vs 2S

Silicone coating creates the release surface associated with parchment-style baking and air fryer paper. When requesting a quotation, do not write only “silicone coated.” State whether the structure is one-side silicone (1S) or two-side silicone (2S), and identify the surface that will contact food when orientation matters.

Structure	What It Means	Typical Buying Logic
1S silicone	One surface is silicone coated	Suitable when one controlled food/release side is enough and orientation is clear
2S silicone	Both surfaces are silicone coated	Useful when both surfaces may contact food or when handling requires more flexibility

 

The coating decision should also include uniformity and finished-liner release performance. A supplier should be able to discuss surface consistency, coating adhesion and how the converted liner performs after the expected heating cycle—not simply describe the paper as 'non-stick.'

RFQ wording Example: “Air fryer parchment paper, 40 gsm target, 2S silicone, brown, finished as square formed liner. Final GSM/coating tolerance subject to approved production specification.”

4. Perforated vs Non-Perforated Air Fryer Paper

Perforation is one of the most important design choices because air fryers depend on forced hot-air circulation. A perforated liner can help preserve airflow around the food, while a solid or bowl-style liner may provide better grease and residue containment for other applications. Neither format is automatically better; the correct design depends on the food and basket.

Design	Advantages	Points to Watch
Perforated liner	Supports airflow and can suit foods where crispness is important	Hole size/pattern must not weaken the liner excessively; grease containment is lower
Solid flat liner	Simple design and better surface coverage	Can obstruct basket airflow if oversized or poorly positioned
Solid formed bowl	Contains grease, crumbs, sauce and residue	Side-wall geometry and fit must be controlled so the liner does not interfere with airflow

 

A perforation specification should define more than “with holes.”

• Hole diameter
• Hole spacing / pitch
• Pattern and distribution
• Open area or overall perforation density where relevant
• Distance from the perforation field to the liner edge
• Hole cleanliness and consistency after die cutting

For a custom order, a drawing is the cleanest way to control these parameters. A pattern that works on a small round liner may not be suitable for a larger square liner.

5. Size & Shape: Fit the Basket, Not the Marketing Capacity

Air fryer capacity—5 L, 6 L, 7 L and similar labels—is not enough to specify a liner. Two models with the same nominal capacity can have different basket bottoms, corner radii, side-wall angles and usable areas.

Liner Shape	Dimensions to Provide
Round	Diameter, edge profile, perforation pattern
Square	Length × width, corner radius, perforation pattern
Rectangular	Length × width, corner radius, orientation
Formed bowl	Bottom dimensions, top opening, side-wall height, fold/forming geometry
Custom	Technical drawing with dimensions and tolerances

 

An undersized liner may not provide the intended coverage. An oversized liner can bunch against the wall, reduce airflow or become more prone to lifting. For repeat production, tolerances should be written into the approved specification rather than left to visual judgment.

6. Heat Resistance: Specify Temperature + Time + Use Condition

“Heat resistant” is not a complete technical requirement. Thermal performance depends on the paper structure, silicone coating, finished converting, exposure time and where the liner sits relative to the airflow and heating element.

Sure Paper's current air fryer paper product information references use up to 230°C. For a commercial specification, however, the buyer should still define normal operating temperature, maximum temperature and expected cooking time for the exact liner structure being purchased.

Test Condition	Why It Matters
Normal operating temperature	Represents routine consumer use
Maximum temperature	Defines the expected upper thermal condition
Exposure / cooking time	Longer cycles can produce different results
Empty basket / pre-load condition	Reveals whether forced airflow can lift the liner
Loaded basket	Represents intended food-contact use
Position relative to heat source	Important if a lifted liner could approach a heating element

 

Safety and test principle A lightweight paper liner should not be treated as stable simply because the raw paper has a temperature rating. Test the finished liner under the intended fryer, time, temperature and food-load condition.

 

7. Curl, Lift, Grease Resistance & Food Release

These performance points are often grouped together in sales descriptions, but they are different problems and should be checked separately.

Performance Attribute	What to Check
Curl / lift	Flatness after unpacking; edge movement before and during heating; behavior with food load
Grease resistance	Visible oil penetration or staining during the expected contact time
Food release	Whether cooked food can be removed without excessive sticking
Coating integrity	Whether the silicone surface remains consistent after heating and handling
Post-use strength	Unexpected tearing, severe deformation or loss of integrity

 

Curl and lift can be influenced by paper structure, moisture, coating balance, drying, die cutting, storage and the finished liner size. This is why a flat raw-paper sample is not enough for final approval.

Buyer takeaway Grease resistance, non-stick release and heat resistance are three separate performance attributes. Approve each one that matters to the target food application.

 

8. Food-Contact and PFAS-Free Requirements

Air fryer liners are direct food-contact materials, so documentation should be defined before the order—not after production. The required documents depend on destination market, customer requirements and the final material structure.

• Food-contact declaration or applicable test reports for the target market
• Documentation covering the relevant paper and silicone-coated structure
• PFAS-free declaration/test documentation when required by the buyer or market
• FSC/PEFC or other sustainability documentation if it is part of the commercial requirement
• Customer-specific restricted-substance or retailer compliance documents where applicable

Do not use grease resistance or 'food safe' language as a substitute for compliance evidence. A paper can perform well with oil and still require separate documentation for food-contact or PFAS-free status.

9. Color, Printing, OEM & Packing

For importers, distributors and private-label brands, the commercial product does not end at the liner. Retail pack count, box or bag style, barcode, artwork, master carton and pallet configuration all affect the delivered cost and production plan.

Commercial Item	What to Confirm
Color	Natural/brown, white or approved shade
Printing	Printing side, artwork, color requirement, print compatibility
Retail pack	Pieces per bag/box, insert card, branded box or neutral pack
Barcode / label	EAN/UPC/FNSKU or market-specific labeling
Master carton	Units per carton, carton marks, dimensions if controlled
Pallet / shipping	Pallet requirement, moisture protection, export packing
Volume	Trial quantity + monthly/annual forecast

If printing is required, validate the actual paper/coating structure because silicone-coated surfaces can behave differently from conventional uncoated paper during printing and ink adhesion.

10. How to Write an Air Fryer Paper RFQ

A clear RFQ makes quotations comparable. Without one, suppliers may quote different GSMs, liner formats, silicone structures or packing assumptions and the lowest price may simply represent the lightest specification.

RFQ Field	Information to Provide
Product	Air fryer paper liner / parchment liner
Application	Target fryer type + representative food
GSM	Target GSM and tolerance, or approved reference sample
Silicone	1S / 2S; food-contact/release side
Shape	Round / square / rectangle / bowl / custom
Finished size	Diameter or L × W; bowl bottom/top/height
Perforation	Solid or perforated; drawing preferred for custom pattern
Heat condition	Normal/max temperature + cooking time
Color	Brown/natural, white or specified shade
Compliance	Destination market + required documents
Packing	Pieces per pack, retail pack, carton and pallet
Quantity	Trial quantity + monthly/annual volume
Artwork / barcode	Needed for private-label orders

Fastest route to an accurate quotation Send the existing liner sample or technical drawing together with the fryer/basket dimensions and packing requirement. The supplier can then compare material, converting and commercial details against the same reference.

11. Sample Testing Before Mass Production

The objective of a sample is not to show that the paper exists. It is to reproduce the intended finished product closely enough to identify problems before a large order is produced.

• Dimension check — diameter, length/width, bowl dimensions and tolerances
• Flatness — immediately after opening and after normal handling
• Perforation — hole size, pattern, edge distance and cleanliness
• Curl/lift — empty condition and loaded condition where relevant
• Food release — representative food after the expected cycle
• Grease resistance — visible penetration or staining
• Heat/time performance — normal and maximum operating conditions
• Post-use inspection — tearing, deformation, discoloration and coating condition
• Packing check — count, retail presentation, barcode/label and moisture protection

For custom/private-label projects, keep one approved reference sample together with the signed commercial specification. That reference gives both sides a clear standard for future repeat-production comparison.

12. Common Air Fryer Paper Sourcing Mistakes

Mistake	Why It Creates Risk	Better Approach
Choosing by GSM and price only	Different structures can perform very differently	Compare the same finished specification and test result
Using fryer capacity only	Capacity does not define basket geometry	Use actual basket/tray dimensions
Writing only 'silicone coated'	1S/2S and food side remain unclear	State coating configuration explicitly
Perforation without dimensions	Airflow and strength cannot be reproduced consistently	Provide drawing or hole/pitch requirements
Generic 'high-temperature' wording	It does not define the use condition	Specify temperature + time + food load
Approving raw paper only	Converting can change behavior	Approve the final liner
Ignoring retail packing until late	Packing can change MOQ, tooling, cost and lead time	Include pack count/artwork/barcode in the RFQ
No approved reference sample	Repeat orders become subjective	Retain a signed sample + specification

Air Fryer Paper Buyer Checklist

• Actual basket/tray dimensions or approved liner drawing
• Flat / perforated / solid / formed bowl format
• Target GSM and tolerance
• 1S or 2S silicone and coated side
• Round / square / rectangle / bowl / custom size
• Perforation hole diameter, spacing and pattern if applicable
• Normal and maximum temperature + cooking time
• Representative food and expected grease level
• Brown/natural or white appearance
• Food-contact / PFAS-free / sustainability documentation required
• Retail pack count, artwork, barcode, carton and pallet requirement
• Trial quantity and expected monthly/annual demand
• Approved reference sample for repeat production

Frequently Asked Questions

What GSM is best for air fryer paper?

There is no single best GSM. Select it together with liner size, format, food load, handling and airflow stability. The correct GSM is the one that meets the approved use condition without unnecessary material.

Is 1S or 2S silicone better for air fryer liners?

Neither is automatically better. 1S can be efficient when one release surface is enough and orientation is controlled. 2S is useful when both sides may require release characteristics or handling flexibility.

Does air fryer paper have to be perforated?

No. Perforated liners support airflow, while solid flat or formed liners can provide more grease/residue containment. The right design depends on the target food, basket and desired cooking result.

Why can an air fryer paper liner lift or curl?

Forced airflow, liner area, GSM, moisture, coating balance, converting, storage and food load can all affect stability. That is why the finished liner should be tested in the actual appliance condition.

Can I order custom air fryer paper sizes and bowl shapes?

Yes. A custom order is easier to develop when the buyer provides basket dimensions or a technical drawing with bottom size, top opening, height, corner radius and tolerances.

How should heat resistance be specified?

Define normal temperature, maximum temperature, exposure time, food load and relevant airflow/heat-source conditions. Then confirm performance on the finished liner.

Is PFAS-free the same as greaseproof or non-stick?

No. PFAS-free status is a material/compliance requirement. Grease resistance and non-stick release are separate performance properties and should be evaluated independently.

What should I send for a quotation?

Send the liner format, GSM, silicone structure, size/shape, perforation, heat/time condition, food application, compliance requirement, packing, quantity and—when available—a drawing or existing sample.

Build the Specification Before You Compare the Price

A reliable air fryer paper project is built around a repeatable finished specification. The supplier should know what the liner is used for, how it fits, how it is coated and converted, what temperature/time condition it will face, what documentation the market requires and how the final retail or bulk pack must be delivered.

A useful shorthand is:

APPLICATION  →  GSM  →  SILICONE  →  PERFORATION  →  SIZE  →  HEAT/TIME  →  COMPLIANCE  →  PACKING  →  SAMPLE APPROVAL

Need a same-spec recommendation? Send Sure Paper your existing sample or target liner size/shape, GSM, silicone requirement, perforation, operating temperature/time, food application, packing and expected volume. We can use those details to screen the paper structure, prepare a sample plan and build a more comparable quotation.

 

Product page: Sure Paper Air Fryer Paper   |   Baking Paper   |   Silicone Coated Parchment Paper