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PERMABOND MH 196

PERMABOND MH 196

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Anaerobic gasket maker — formed-in-situ

Anaerobic gasket (gasketmaker) — formed-in-situ gasket between metallic flanges, replaces paper/cork/rubber gaskets.

CHF 0,00 0.0 CHF CHF 0,00 Taxes not included CHF 42,80

CHF 0,00 Taxes not included CHF 42,80

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  • Torsional strength (M10 steel ISO10964) Breakaway strength
  • Torsional strength (M10 steel ISO10964) Further
  • Chemical group
  • Specific gravity
  • Viscosity (adhesives)
  • fluorescence
  • Maximum gap width (mm)
  • Color
  • Container
  • UFI (Unique Formula Identifier)
  • Storage temperature (°C)

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cyanoacrylate

 
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: 49-202.FL.G075

HS code: 35069190

Internal reference: 49-202.FL.G075
HS code: 35069190

PERMABOND MH 196
PERMABOND MH 196
Permabond · Permabond Engineering Adhesives Ltd · SKU 49-202.FL.G075

Permabond MH196 is an anaerobic gasket maker in paste form — designed to form formed-in-situ gaskets between metallic flanges, as a replacement for classic paper, cork or rubber gaskets.

Unlike conventional threadlockers or shaft-hub adhesives, MH196 is a pure surface sealant—it is applied to one of the flange sealing surfaces and, when the components are joined, forms a custom-fit seal within the gap geometry. The paste consistency (500,000 mPa·s) remains precisely where it is applied.

MH196 replaces pre-cut flat gaskets made of paper, cork or rubber — with the advantages: no need to stock different gasket shapes, no wear and tear as with rubber gaskets, no creep, full-surface pressure distribution and corrosion protection on the flange contact surfaces.

APPLICATION PROFILE

Anaerobic gasketmaker — formed-in-situ surface gasket — Permabond MH196 replaces conventional flat gaskets made of paper, cork, or rubber. When the flanges are joined, the gasket forms a precise fit within the gap geometry, thus preventing the wear and creep of conventional gaskets.

Permabond MH196 in numbers
Gasketmaker
Surface sealing
paste
500,000 mPa·s
0.5 mm
Gap filling
Formed-in-situ
Seal when tightening

What distinguishes Permabond MH196

Anaerobic Gasketmaker
Formed-in-situ surface sealing — no punching, no warehousing.
Paste consistency
500,000 mPa·s — remains stationary before joining.
0.5 mm gap filling
Even large flange tolerances can be sealed.
Replacement for paper/cork/rubber seals
No signs of wear, no creeping.
Corrosion protection
Seals flange contact surfaces against moisture.
Dismantable
Medium-strength connection — flanges separable for maintenance.

What is Permabond MH196 used for?

Flange connections
Pump, gearbox, and motor housings with metallic flanges.
Housing cover
Hydraulic, pneumatic and pump housings with flat sealing surfaces.
Replacement of pre-cut seals
When stockpiling different types of seals is to be avoided.
Repair instead of seal replacement
When original seals are no longer available.
Industrial flat gaskets
Machine and apparatus construction with metal flanges.

processing

1
Clean surfaces
Bonding surfaces must be clean, dry, and free of grease. Degrease with Permabond Cleaner A or a solvent (acetone, isopropanol). Rough surfaces (~25 µm) result in higher bond strength than polished surfaces.
2
Apply adhesive
Apply Permabond MH196 directly from the bottle — for through holes, apply a stripe along the thread length; for blind holes, apply a few drops to the bottom. Do not touch the tip to metal surfaces (this will cause premature hardening in the bottle).
3
Joining components
Insert the screws and tighten them to the required torque. For shaft-hub fits, assemble the components before the adhesive begins to cure.
4
Allow to harden
Anaerobic curing begins in the absence of air and in contact with metal. Handling strength is typically achieved after 15 minutes, functional strength after 1 hour, and full strength after 24 hours at 23 °C.
5
Accelerate curing (optional)
Permabond A905 activator can be used on inactive surfaces (stainless steel, zinc, aluminum) or at low temperatures — applied to one adhesive surface, allowed to evaporate, then adhesive applied to the other side.
Data sheets & safety data sheet
Full TDS and SDS in DE, EN, FR — view or download directly.
To the documents →

Recommended accessories

Permabond A905 Activator
Accelerates anaerobic curing on inactive surfaces such as stainless steel, zinc or aluminum and improves gap curing.
View product →
Permabond A 905 Spray
Aerosol version of the A905 activator — convenient application in inaccessible places or large areas.
View product →
Permabond Cleaner A Aerosol
Spray cleaner for quick degreasing and preparation of the bonding surfaces before applying the anaerobic adhesive.
View product →
Permabond A118 High Strength Universal
High-strength all-round bonding — the universal choice for demanding screw, bearing and shaft-hub connections.
View product →

Important instructions

Not suitable for / Important notes
Curing requires metal-to-metal contact (anaerobic). For inactive surfaces (zinc, stainless steel), use A905 activator. Not for contact with oxygen or vapor. Some thermoplastics may be affected.
storage
Store at 5 to 25 °C. Anaerobic adhesives lose their reactivity upon contact with metal — do not touch the tip of the bottle to metal surfaces, do not pour the adhesive back into the bottle.

Which Permabond anaerobic adhesive is suitable for which application?

Permabond MH196 in direct comparison with related products of the A series.

Permabond MH196
Current product		Permabond A136 →Permabond A129 →Permabond A1058 →
Application / StrengthAnaerobic gasket maker — formed-in-situAcrylic surface sealant with WRASThreaded gasket instead of flat gasketPipe thread sealing paste
viscosity500,000 mPa s @ 2 rpm (paste)pastegel300,000 mPa·s
Maximum gap filling.0.5 mm0.5 mm0.5 mm0.5 mm
Breakaway torque20 N·m10 N·m12 N·m8 N·m
Further torque23 N·m8 N·m7 N·m6 N·m
Topics & Application Areas
Key terms related to this product. Also useful for our search and filters.
cyanoacrylate

Technical data for PERMABOND MH 196

All 14 product information 5 Performance at final strength 2 Physical properties 4 Curing values ​​1 Thermal properties 1 General 1
Product information
brand Permabond
Manufacturer Permabond Engineering Adhesives Ltd
Country of origin Italy
Container 75 ml
UFI (Unique Formula Identifier) XT40-9044-W004-Q2TJ
Performance at final strength
Torsional strength (M10 steel ISO10964) Breakaway strength 20 N·m
Torsional strength (M10 steel ISO10964) Further 23 N·m
Physical properties
Chemical group Acrylic
Specific gravity 1,1
Viscosity (adhesives) High viscosity / paste
fluorescence Yes
Curing values
Maximum gap width (mm) 0,5
Thermal properties
Storage temperature (°C) 5-25
Generally
Color red

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 MH 196 - Technical Data Sheet DE.pdf
325 KB
Permabond MH 196 - Technical Data Sheet EN.pdf
330 KB
Permabond MH 196 - Fiche Technique FR.pdf
310 KB
Safety Data Sheets (SDS) 3
Permabond MH 196 - Safety Data Sheet DE.pdf
449 KB
Permabond MH 196 - Safety Data Sheet EN.pdf
445 KB
Permabond MH 196 - Fiche de Sécurité FR.pdf
448 KB

Frequently asked questions about Permabond MH196

Practical application and design questions — answered by SILITECH.

Permabond MH196 is an anaerobic acrylic sealant with a viscosity of 500,000 mPa·s @ 2 rpm (paste) and a gap-filling capacity of up to 0.5 mm. It is an anaerobic surface gasket—formed-in-situ gaskets between metallic flanges—replacing conventional flat gaskets. Anaerobic adhesives cure in the absence of air and in contact with metal—ideal for tight-tolerance metallic joints.

Anaerobic adhesives like Permabond MH196 remain liquid in the bottle (due to contact with air and oxygen) and only begin to harden after bonding under anaerobic conditions and metal-to-metal contact. Curing starts at the metal surface and progresses into the bond gap. The product cures quickly on steel and copper; on stainless steel and zinc, the Permabond A905 activator may be beneficial.

Mechanical separation — surface seals are separated by lifting or sliding the components sideways. Slight heating can facilitate separation.

Permabond MH196 does not have specific industry approvals such as WRAS or KTW (drinking water). For general industrial applications, the product is approved according to Permabond's internal specifications; product-specific testing prior to series production is recommended.

Permabond MH196 typically reaches handling strength after 15 minutes and functional strength after 1 hour at 23 °C on M10 steel. Final strength is reached after 24 hours. On inactive surfaces (stainless steel, zinc) or at low temperatures, the curing time is extended—Permabond A905 activator accelerates the process.

Permabond MH196 is an anaerobic gasket maker — formed-in-situ (500,000 mPa·s @ 2 rpm (paste) viscosity, 0.5 mm gap filling, 20 N·m breakaway torque). Permabond A136 is an acrylic gasket maker (paste, 0.5 mm, 10 N·m breakaway torque) — an acrylic gasket maker with WRAS. Both belong to the anaerobic Permabond A series.

The choice depends on the application: Permabond MH196 (anaerobic gasket sealant – formed-in-situ); Permabond A136 (acrylic gasket sealant); Permabond A129 (pipe sealant gel); Permabond A1058 (pipe sealant paste). For inactive surfaces (stainless steel, zinc, aluminum) Permabond A905 activator be used to accelerate curing.

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Product specifications

Product information
brand Permabond
Manufacturer Permabond Engineering Adhesives Ltd
Country of origin Italy
Container 75 ml
UFI (Unique Formula Identifier) XT40-9044-W004-Q2TJ
Performance at final strength
Torsional strength (M10 steel ISO10964) Breakaway strength 20 N·m
Torsional strength (M10 steel ISO10964) Further 23 N·m
Physical properties
Chemical group Acrylic
Specific gravity 1,1
Viscosity (adhesives) High viscosity / paste
fluorescence Yes
Curing values
Maximum gap width (mm) 0,5
Thermal properties
Storage temperature (°C) 5-25
Uncategorized
Color red
Keywords
Keywords
cyanoacrylate

Documents and datasheets

Safety Data Sheets (SDS) and Technical Data Sheets (TDS) are available for download: