Set Time
Shear Strength
RP2400
RP2400 is a high viscosity, rapid curing, cyanoacrylate adhesive for general purpose bonding. It is designed to bond a wide range of similar
and dissimilar materials. Handling strength in most applications is in 15 seconds.
Technology / Base Ethyl
Type of Product Cyanoacrylate
Consistency Viscous Liquid
Technical Data
Uncured Material Characteristics Value Condition/Method
Components One Component
Curing Humidity
Appearance / Color Clear
Storage Condition < 22 C
Steel < 20 sec
Specific Gravity 1.09
Cured Material Characteristics
Aluminum <15 sec
Neoprene <5 sec
Polycarbonate <15 sec
Phenolic <15 sec
Viscosity 2400 cPs
ABS <15 sec
PVC <5 sec
Dissipation Factor < 0.02 at 1kHz ASTM D150
>900 psi ISO 4587
PVC >900 psi ISO 4587
Polycarbonate >900 psi ISO 4587
Steel
Aluminum >1750 psi ISO 4587
>2100 psi ISO 4587
Neoprene >750 psi ISO 4587
ABS
Chemical Resistance % Strength after aging 500 hours
Phenolic >850 psi ISO 4587
Damp Heat Aging 100%
Strength on PC after 500 hrs at 40 C,
95% R.H.
Volume Resistivity 2 to 10 x 10^15 ohm cm ASTM D257
Dielectric Constant 2 to 3.5 at 1kHz ASTM D150
Tensile Strength >1800 psi ISO 6922
Gasoline @ 22 C
Isopropanol @ 22 C
Ethanol @ 22 C
Freon TA @ 22 C
Motor Oil @ 40 C
100% ISO 4587
100% ISO 4587
ISO 4587
100% ISO 4587
100% ISO 4587
100%
Technical Data Sheet
Storage
Safety & Disposal
Connecting what matters.
Date Modified: October 2020
H.B. Fuller Company
9001 W. Fey Drive
Frankfort, IL 60423
+1.800.552.0299
General Instructions Specifications and Approvals
Store product in unopened containers, out of direct sunlight,
in a dry location. Material should be stored at or below 22 C.
For extended shelf life unopened containers of the product
may be refrigerated.
For safe handling information and disposal instructions on
this product, consult the Safety Data Sheet (SDS)
www.hbfuller.com
For optimum results parts should be clean and free from any
contamination on the bonding surface. If parts do not mate flush
together use a higher viscosity product to compensate for the gap.
Factors Affecting Cure Speed Include: GAP: Thin bond line results in
faster cure speed. Larger gaps will lengthen cure speed. HUMIDITY:
Cure and fixture times can be influenced by the humidity conditions at
the time of assembly. The higher the RH the faster cure and fixture
times will be. Fixture time data based on our testing is conducted at
50% relative humidity.
Technical Data Sheet
NOTE TO USER: by ordering/receiving product you accept the H.B. Fuller General Terms and Conditions of Saleapplicable in the region.Please request a copy if you have not
received these.These Terms and Conditions contain disclaimers of implied warranties (including but not limited to disclaiming warranties of fitness for a particular purpose) and limits
of liability. All other terms are rejected. In any event, the total aggregate liability of H.B. Fuller for any claim or series of related claimshowever arising, in contract, tort (including
negligence), breach of statutory duty, misrepresentation, strict liability or otherwise,is limited to replacement of affected products or refund of the purchase price for affected
products. H.B. Fuller shall not be liablefor loss of profit, loss of margin, loss of contract, loss of business, loss of goodwill or any indirect or consequential lossesarising
out of or in connection with product supply.
H.B. Fuller
www.hbfuller.com
H.B. Fuller Company, 2020
IMPORTANT:Information,specifications,proceduresandrecommendationsprovided( information )arebasedonourexperience,andwebelievethisinformationtobeaccurate.No
representation,guaranteeorwarrantyismadeastotheaccuracyorcompletenessoftheinformationorthatuseoftheproductwillavoidlossesordamagesorgivedesiredresults.It
ispurchaser ssoleresponsibilitytotestanddeterminethesuitabilityofanyproductfortheintendeduse.Testsshouldberepeatedifmaterialsorconditionschangeinanyway.No
employee,distributororagenthasanyrighttochangethesefactsandofferaguaranteeofperformance.
and aretrademarksofH.B.FullerCompanyoroneofitsaffiliatedentities.