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PERMABOND 910

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Permabond 910 — Superglue, viscosity 70-90 mPa·s, Shore D 85.

Methyl cyanoacrylate for maximum strength on metals — the proven all-rounder with excellent bonding properties to steel, aluminium and stainless steel.

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  • Manufacturer
  • Boeing BMS 5-36D Type I
  • Airbus AIMS10-04-037
  • Specific gravity
  • Impact resistance (ASTM D950)
  • Dielectric strength (ASTM D-149)
  • dielectric constant
  • thermal conductivity
  • coefficient of thermal expansion
  • MIL-A-46050C Type I Class 2
  • CID AA-3097 Type I Class 2
  • brand
  • Container
  • Color
  • Country of origin
  • Chemical group
  • Viscosity (adhesives)
  • Viscosity mPa·s
  • Maximum gap width (mm)
  • Steel hand strength (sec.)
  • Rubber's hand strength (sec.)
  • Hand strength of phenol (seconds)
  • Steel
  • aluminum
  • Brass
  • stainless steel
  • Butyl rubber
  • Nitrile rubber
  • phenol
  • ABS
  • Acrylic
  • PVC
  • Shear strength polycarbonate
  • Storage temperature (°C)
  • Hardness (Shore D)
  • Final strength
  • Operating temperature (°C)
  • Tensile strength
  • Dielectric strength
  • UFI (Unique Formula Identifier)

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Low viscosity methyl cyanoacrylate MIL-A-46050C Type I Class 2 CID AA-3097 Type I Class 2 cyanoacrylate adhesive metal adhesive PERMABOND 910 High-strength industrial adhesive

 
General Terms and Conditions.

Shipping usually within 1 to 3 business days
(availability will be confirmed after ordering)

. Express logistics. Fast and reliable within Switzerland & Europe.

Shipping from Swiss warehouse within 24 hours. Batch certificate. Invoice within 30 days (B2B). Technical support.
Shipping & Delivery

Usually 1 to 3 working days

Availability will be confirmed after order receipt.

Express logistics within Switzerland & Europe.

General Terms and Conditions →

Product data

Internal reference: 49-248.FL

HS code: 3506.9190000


Internal reference: 49-248.FL
HS code: 3506.9190000

PERMABOND 910
PERMABOND 910
Permabond · Permabond Engineering Adhesives Ltd · SKU 49-248.FL

Permabond 910 is the original methyl cyanoacrylate adhesive — specially formulated for high-strength metal bonding with the best strength values ​​in the Permabond cyanoacrylate range.

Unlike the ethyl cyanoacrylates of the 100 series, Permabond 910 is 100% methyl cyanoacrylate—this chemistry provides exceptional adhesion to steel, stainless steel, aluminum, and brass. With shear strengths of 23–29 N/mm² on steel and 13–15 N/mm² on aluminum, Permabond 910 significantly outperforms most cyanoacrylates.

One special feature: Permabond 910 achieves substrate failure on seven different plastics — ABS, PVC, polycarbonate, acrylic, phenol, butyl and nitrile rubber.

PREMIUM AVIATION APPROVALS

Boeing BMS 5-36D Type I + Airbus AIMS10-04-037 — Permabond 910 is qualified to the two most important global aerospace specifications for cyanoacrylate industrial adhesives. With over 50 years of aerospace history, 910 is the premium choice for the most demanding aerospace applications.

Permabond 910 in figures
70–90
mPa·s viscosity
10–15 s
Firmly on steel
23–29
N/mm² steel
MIL
A-46050C Type I

What makes Permabond 910 stand out

Highest steel strength in the cyanoacrylate range
23–29 N/mm² shear strength on steel — the methyl chemistry significantly surpasses ethyl cyanoacrylates on metals.
Excellent adhesion to aluminum and stainless steel
13–15 N/mm² on aluminium, 21 N/mm² on stainless steel and brass — specially developed for metal bonding.
Substrate failure on 7+ plastics
ABS, PVC, polycarbonate, acrylic, phenol, butyl and nitrile rubber — the adhesive is stronger than the material.
MIL-A-46050C Type I Class 2 approved
Type I specification specifically for methyl cyanoacrylates — qualified for industrial and defense applications.
The original cyanoacrylate
Permabond 910 is the original methyl cyanoacrylate formulation — proven in industry for decades.
Ready to use immediately, single-component
No mixing, no activator needed — cures in 10 seconds on most surfaces.

What is Permabond 910 used for?

Metal bonding (Premium)
Steel, stainless steel, aluminum, brass and zinc — highest strength values ​​for structural small and repair bonding.
Mechanical and apparatus engineering
Fixing small parts, bonding sensors, repairing metallic components in workshops and production facilities.
Plastic bonding with substrate failure
ABS, PVC, PC, acrylic — the adhesive withstands the material itself.
Elastomeric bonding
Buna-N and nitrile rubber with substrate failure — ideal for O-ring and seal bonding.
High-speed assembly
A 10-second fixing time on metals enables short cycle times in series production.

processing

1
Clean surfaces
Bonding surfaces must be clean, dry, and free of grease. Degrease with acetone or isopropanol. Lightly sand aluminum, copper, and their alloys to remove the oxide layer.
2
Dispensing adhesive
Apply Permabond 910 sparingly to the bonding surface. The medium viscosity stays at the application site without excessive running.
3
assembling components
Quickly and correctly align the parts. Apply enough pressure so that the adhesive spreads into a thin film.
4
Secure until firmly in place
Do not disturb or realign until handling strength is reached (10–15 s on steel, rubber and phenol). Final strength after 24 hours.
5
Remove adhesive residue
Excess adhesive can be removed with Permabond CA Solvent, nitromethane or acetone.
Data sheets & safety data sheet
Full TDS and SDS in DE, EN, FR — view or download directly.
To the documents →

Recommended accessories


Important instructions

Not suitable for
Avoid contact with strong oxidizing agents or polar solvents (brief solvent washing is harmless). Pretreatment with Permabond POP primer is mandatory for PP, PE, PTFE, and silicone.
storage
Store refrigerated at 2 to 7 °C. Allow the bottle to warm to room temperature before opening – this prevents condensation and protects the shelf life.

Which Permabond is suitable for which application?

Permabond 910 in direct comparison with the related cyanoacrylate products in our range.

Permabond 101 → Permabond 102 → Permabond 105 →
Permabond 910
Current product
Chemistry Ethyl cyanoacrylate Ethyl cyanoacrylate Ethyl cyanoacrylate Methyl cyanoacrylate
viscosity 2–3 mPa·s 70-90 mPa·s 30–50 mPa·s 70-90 mPa·s
Maximum gap filling. 0.05 mm 0.15 mm 0.1 mm 0.15 mm
Firmly on steel 3–5 s 10–15 s 10–15 s 10–15 s
Shear strength steel 19–23 N/mm² 19–23 N/mm² 18–22 N/mm² 23-29 N/mm²
Strength / Recommended for Wicking, micro-gap,
precision
General-purpose adhesive,
larger gap widths
High purity, rubber/
plastic bonding
Universal all-rounder,
highest steel strength
Topics & Application Areas
Key terms related to this product. Also useful for our search and filters.
Low viscosity methyl cyanoacrylate MIL-A-46050C Type I Class 2 CID AA-3097 Type I Class 2 cyanoacrylate adhesive metal adhesive PERMABOND 910 High-strength industrial adhesive

Technical data for PERMABOND 910

All 40 product information 6 Performance at final strength 2 Physical properties 5 Electrical properties 2 Curing values ​​5 Product approvals 4 Mechanical properties 2 Shear strength ISO 4587 in N/mm² 10 Thermal properties 4
Product information
Manufacturer Permabond Engineering Adhesives Ltd
brand Permabond
Container 20 g, 50 g, 500 g
Country of origin Italy
Tensile strength >20 N/mm²
UFI (Unique Formula Identifier) AM60-W0MG-A00H-K81W
Performance at final strength
Shear strength polycarbonate >6
Dielectric strength 25 kV/mm
Physical properties
Specific gravity 1.1
Color colorless
Chemical group Methyl cyanoacrylate
Viscosity (adhesives) Low viscosity <500 MPas
Viscosity mPa·s 70-90
Electrical properties
Dielectric strength (ASTM D-149) 25 kV/mm
dielectric constant 2.5 (@ 10 kHz)
Curing values
Maximum gap width (mm) 0.15
Steel hand strength (sec.) 10-15
Rubber's hand strength (sec.) 10-15
Hand strength of phenol (seconds) 10-15
Final strength 24 hours
Product approvals
Boeing BMS 5-36D Type I Yes
Airbus AIMS10-04-037 Yes
MIL-A-46050C Type I Class 2 Approved
CID AA-3097 Type I Class 2 Approved
Mechanical properties
Impact resistance (ASTM D950) 3-5 kJ/m²
Hardness (Shore D) 85
Shear strength ISO 4587 in N/mm²
Steel 23-29
aluminum 13-15
Brass 21
stainless steel 21
Butyl rubber >2
Nitrile rubber >4
phenol >10
ABS >9
Acrylic >14
PVC >6
Thermal properties
thermal conductivity 0.1 W/(m·K)
coefficient of thermal expansion 90 × 10⁻⁶ mm/mm/°C
Storage temperature (°C) 2-7
Operating temperature (°C) -55 to +90

For binding values, please refer to the technical data sheet (TDS) in the "Documents" tab.

Documents and datasheets

Click on a document for a preview or the download icon for a direct download.

Technical Data Sheets (TDS) 3
Permabond 910 - Technical Data Sheet DE.pdf
336 KB
Permabond 910 - Technical Data Sheet EN.pdf
376 KB
Permabond 910 - Fiche Technique FR.pdf
335 KB
Safety Data Sheets (SDS) 3
Permabond 910 - Safety Data Sheet DE.pdf
331 KB
Permabond 910 - Safety Data Sheet EN.pdf
308 KB
Permabond 910 - Fiche de Sécurité FR.pdf
311 KB

Frequently asked questions about Permabond 910

Practical application and design questions — answered by SILITECH.

Permabond 910 is the original methyl cyanoacrylate adhesive (70–90 mPa·s) — specially developed for maximum strength on metals. With shear strengths of 23–29 N/mm² on steel, 13–15 N/mm² on aluminum, and 21 N/mm² on stainless steel/brass, Permabond 910 significantly outperforms 100-series ethyl cyanoacrylates on metal substrates. It also achieves substrate failure on seven different plastics (ABS, PVC, PC, acrylic, phenolic, butyl, and nitrile rubber).

Methyl cyanoacrylates (such as Permabond 910) typically provide higher bond strengths on metals than ethyl cyanoacrylates (e.g., Permabond 102)—the difference is particularly pronounced with aluminum, stainless steel, and brass. Ethyl cyanoacrylates, on the other hand, often offer better adhesion to certain plastics and elastomers, as well as frequently longer shelf life. Permabond 910 is chosen when maximum metal adhesion is critical.

Permabond 910 bonds metals with the highest strength: steel (23–29 N/mm²), stainless steel (21 N/mm²), aluminum (13–15 N/mm²), brass (21 N/mm²), and zinc. Substrate failure is achieved on plastics: ABS, PVC, polycarbonate, acrylic, and phenolic resin. Buna-N and nitrile rubber are also bonded with substrate failure. For polypropylene, polyethylene, PTFE, and silicone, pretreatment with Permabond Polyolefin Primer (POP) is required.

Permabond 910 is approved according to MIL-A-46050C Type I Class 2 for existing designs and according to CID AA-3097 Type I Class 2 for new designs — the internationally established specification for methyl cyanoacrylate industrial adhesives. Type I differs from Type II (ethyl CAs) — both are recognized for demanding industrial, aerospace, and defense applications.

Permabond 910 achieves handling strength (0.3 N/mm² shear strength) on steel, Buna-N rubber, and phenolic resin in 10–15 seconds each. Final strength (e.g., 23–29 N/mm² on steel) is reached after 24 hours. Temperature, humidity, and substrate affect the curing rate.

Permabond 910 should be stored unopened refrigerated at 2 to 7 °C and is stable until the printed expiration date. Allow the bottle to warm to room temperature before opening – this prevents condensation inside. Opened bottles remain functional for several months if stored correctly, although the curing rate may decrease over time. We recommend a test bond to check reactivity before critical production applications.

For maximum strength on metals (steel, aluminum, stainless steel, brass), Permabond 910 is the right choice—its methyl chemistry delivers the best performance. For micro-gap and wicking applications, choose Permabond 101 (2–3 mPa·s, max. 0.05 mm). For general-purpose bonding with larger gaps and substrate failure on ABS/PVC/PC , Permabond 102 is recommended . For demanding rubber bonding (NR, EPDM, butyl) and high-purity visible components, Permabond 105 is the specialist choice. For polypropylene, polyethylene, PTFE, and silicone, pretreatment with Permabond POP Primer is always required.

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Product specifications

Product information
Container 20 g or 50 g or 500 g
Manufacturer Permabond Engineering Adhesives Ltd
brand Permabond
Country of origin Italy
Tensile strength >20 N/mm²
UFI (Unique Formula Identifier) AM60-W0MG-A00H-K81W
Performance at final strength
Shear strength polycarbonate >6
Dielectric strength 25 kV/mm
Physical properties
Specific gravity 1.1
Color colorless
Chemical group Methyl cyanoacrylate
Viscosity (adhesives) Low viscosity <500 MPas
Viscosity mPa·s 70-90
Electrical properties
Dielectric strength (ASTM D-149) 25 kV/mm
dielectric constant 2.5 (@ 10 kHz)
Curing values
Maximum gap width (mm) 0.15
Steel hand strength (sec.) 10-15
Rubber's hand strength (sec.) 10-15
Hand strength of phenol (seconds) 10-15
Final strength 24 hours
Product approvals
Boeing BMS 5-36D Type I Yes
Airbus AIMS10-04-037 Yes
MIL-A-46050C Type I Class 2 Approved
CID AA-3097 Type I Class 2 Approved
Mechanical properties
Impact resistance (ASTM D950) 3-5 kJ/m²
Hardness (Shore D) 85
Shear strength ISO 4587 in N/mm²
Steel 23-29
aluminum 13-15
Brass 21
stainless steel 21
Butyl rubber >2
Nitrile rubber >4
phenol >10
ABS >9
Acrylic >14
PVC >6
Thermal properties
thermal conductivity 0.1 W/(m·K)
coefficient of thermal expansion 90 × 10⁻⁶ mm/mm/°C
Storage temperature (°C) 2-7
Operating temperature (°C) -55 to +90
Keywords
Keywords
Low viscosity methyl cyanoacrylate MIL-A-46050C Type I Class 2 CID AA-3097 Type I Class 2 cyanoacrylate adhesive metal adhesive PERMABOND 910 High-strength industrial adhesive