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BonderiteIndustrial Lubricants

BONDERITE L-GP MS 401N

Yttrium oxide dispersion in solvent (DAG MS-401N) as a stop-off for titanium component manufacturing in the SPF/DB process — inert to titanium, low carbon inclusion, halogen-free

Container
1 kg

CHF 0.00 / kg
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Your selection: BONDERITE L-GP MS 401N 43-9904.K001
General terms and conditions of business

Internal reference: 43-9904.K001
HS code: 34039900

BONDERITE L-GP MS 401N sample offer

Technical Data

Typical values, not a specification. The technical data sheet (TDS) is binding.

Product Information

Brand
Bonderite
Container
1 kg
Keywords
  • BONDERITE

Product Description

Bonderite L-GP MS 401N is a yttrium oxide dispersion in solvent (DAG MS-401N) as a stop-off for titanium component manufacturing in the SPF/DB process — inert to titanium, low carbon inclusion, halogen-free.

Bonderite L-GP dry film lubricants from Henkel/Acheson — graphite, PTFE, MoS₂, or boron nitride dispersions that, after drying, form a tightly adhering film with a low coefficient of friction and release properties. L-GP MS 401N is tailored to specific industrial applications — the most important properties and areas of application are listed below.

Yttrium oxide stop-off for titanium SPF/DB

Bonderite L-GP MS 401N (formerly DAG MS-401N) is a silver gas impact-resistant stop-off for titanium component manufacturing using the superplastic forming/diffusion bonding process. It contains yttrium oxide and a low-carbon binder in a solvent—inert to titanium, preventing alpha-case formation. Halogen-free and ready-to-use.

L-GP MS 401N in figures
Y₂O₃
Yttrium oxide
~66 %
Total Solids
Halogen-free
safe
Silkscreen
Application

What distinguishes the L-GP MS 401N

Inert to titanium
Prevents alpha case formation on titanium surfaces.
Low carbon inclusion
Low-carbon binder — minimal contamination.
Halogen-free
No halogen-induced stress cracks.
Silkscreen printable
Precise order method for SPF-DB application.
Reduced breakthrough pressure
Optimized for SPF-DB process.

What is the L-GP MS 401N used for?

Titanium component manufacturing SPF-DB
Main application — aerospace titanium components.
Aerospace titanium structures
Aviation industry.
Diffusion Bonding Stop-Off
Prevents connection at defined points.
High-temperature titanium forming
Special application in titanium processing.
Defense applications
Defense industry with titanium components.
Data Sheets & Safety Data Sheet
TDS and SDS in multiple languages — view or download directly.
To the documents →

Processing

1
Clean substrate
Thoroughly degrease and dust the bonding surfaces — Bonderite L-MR or Permabond Cleaner A.
2
Stir dispersion
Homogenize well before use — for concentrates, dilute with the specified solvent if necessary.
3
Application
Spraying, dipping, brushing, or spraying aerosols — apply a uniform thin layer.
4
Evaporate solvent
Carrier evaporates — for water-based, heat can accelerate drying.
5
Polymerization/curing
At room temperature typically 15 min (BND60A, D31A) to several hours — some require heat curing (e.g., 150 °C for L-GP 333-1).
6
Application
Dry film ready to use — in high-temperature applications, the film continues to cure, and properties improve.

Recommended accessories


L-GP MS 401N in comparison

Direct comparison with related Bonderite products from our range.

L-GP MS 401N
Current Product
L-GP BN 4479 FA →L-GP BND60A →L-GP 6013 →
TechnologyYttrium oxide dispersionBoron nitride dispersionRefractory boron nitride coatingCarbon dispersion
Base materialYttrium oxide + low-carbon binderCrystalline boron nitrideBoron nitrideCarbon + thermoplastic resin
CarrierButyl glycol acetateSolventAerosol solventMIBK
ApplicationSPF-DB Stop-OffAnti-diffusion barrierHigh-temperature protectionElectrically conductive coating
Temperature rangeHigh-temperature titanium+1'000/+2'000 °C+1'000 °CNormal service
Main applicationTitan-Stop-OffTitanium SPF-DBWelding nozzle protectionCapacitor paper

Frequently asked questions about L-GP MS 401N

Practical application and design questions — answered by SILITECH.

Bonderite L-GP MS 401N: Yttrium oxide dispersion in solvent (DAG MS-401N) as a stop-off for titanium component fabrication using the SPF/DB process — inert to titanium, low carbon inclusion, halogen-free. Main applications: Titanium component fabrication SPF-DB, aerospace titanium structures, diffusion bonding stop-off.

After evaporation of the carrier (water, solvent, or MIBK), dry film lubricants form a firmly adhering lubricating film of solid lubricant (graphite, MoS₂, PTFE, or boron nitride). Advantages over liquid lubricants: no migration, lifelong lubrication in many applications, high-temperature suitability, substrate versatility (wood, metal, plastic, glass), electrically conductive possible (graphite) or highly insulating (boron nitride).

Store in the unopened original container in a dry, cool place — typically between +5 and +40 °C, exact values see TDS. Protect water-based products from frost. Consult the Safety Data Sheet (SDS) before use. Observe the expiry date on the packaging. Store aerosol sprays at low temperature and in a well-ventilated area.

In the comparison table above, you will find related Bonderite products with different properties — different carrier, different solid lubricant, different temperature range, or different application specialization. If you are unsure about the optimal choice, we will be happy to advise you — contact SILITECH with your specific application (substrate, temperature, load, processing workflow).