3M 467 MP | Krayden

Main features

0.06 mm Thin Adhesive Construction
Peel and Shear on High-Energy Surfaces
Up to 204 deg C Short-Term Exposure

Product Description

3M™ Adhesive Transfer Tape 467MP is a 0.06 mm (2.3 mil) acrylic adhesive transfer tape using 3M™ High Performance Acrylic Adhesive 200MP on a tan 58 lb polycoated kraft paper liner. It is used for graphic attachment and general industrial joining, with documented adhesion to metals and high-surface-energy plastics. The adhesive provides some initial repositionability on plastics, develops bond strength with time and temperature, and offers strong shear resistance together with resistance to solvents, humidity, water, UV exposure when covered, and hot/cold cycling. It is suited to thin, smooth bonding constructions where a carrierless adhesive layer supports precise lamination, die cutting, and permanent attachment.

Key features

3M™ High Performance Acrylic Adhesive 200MP for bonding metals and high-surface-energy plastics.
Thin transfer-tape construction: 0.06 mm (2.3 mil) total tape thickness.
High shear resistance to support resistance to slippage and edge lifting.
Temperature resistance: up to 204°C (400°F) short term and 149°C (300°F) for intermittent longer periods under the documented conditions.
Environmental resistance after documented humidity, water, chemical, UV, and temperature-cycling exposure.
Initial repositionability on plastics to support placement accuracy before bond build-up.

Applications / Suitable for

Graphic nameplates, rating plates, and durable labels bonded to metals and high-surface-energy plastics.
Graphic overlays and membrane-switch assembly.
Lamination to industrial foams and flexible materials for die-cut gaskets and converted parts.

TDS, SDS & Technical Documents

Technical Specifications

General Properties

Adhesive Layer

Acrylic

Release Liner

58# Polycoated Kraft Paper (PCK)

Total Thickness

60 μm

Additional Information

Acrylic adhesive transfer tape

3M™ Adhesive Transfer Tape 467MP

A thin carrierless transfer tape using 3M™ High Performance Acrylic Adhesive 200MP for graphic attachment and general industrial joining. It bonds strongly to metal and high-surface-energy plastics, provides some initial repositionability on plastics, and develops higher bond strength with dwell time and temperature.

200MP acrylic adhesive 0.06 mm total thickness 58 lb PCK liner High shear strength 204°C short-term resistance

3M™ Adhesive Transfer Tape 467MP PN669409 CFOP

As supplied

Tape construction and properties

Representative or typical values for product evaluation; they are not specification limits.

Attribute	Value	Method / context
Adhesive type	Acrylic	3M™ High Performance Acrylic Adhesive 200MP
Tape construction	Carrierless transfer tape	Adhesive supplied on release liner
Total tape thickness	0.06 mm (2.3 mil)	ASTM D3652
Release liner	58 lb polycoated kraft paper	Tan liner printed 467MP
Liner thickness	0.11 mm (4.2 mil)	As reported

Processing

Application and lamination

Bond performance depends on clean, dry surfaces, adequate pressure, suitable application temperature, and sufficient dwell. Customers should evaluate the tape in the actual material combination and assembly process.

Surface preparation: Thoroughly clean and dry the bonding surfaces. 3M identifies heptane for oily surfaces and reagent-grade isopropyl alcohol for plastics, subject to applicable solvent precautions and local rules.

Lamination pressure: Apply 1.5–20 psi during lamination. A hard-edged plastic tool spanning the part width can help provide consistent pressure.

Final installation pressure: Apply 10–15 psi so the adhesive makes direct contact with the substrate.

Application temperature: Ideal surface temperature is 15.6–38°C (60–100°F). Application is not recommended below 10°C (50°F).

Bond build-up: Bond strength increases with time and temperature. Added heat can increase bond strength on metal parts; the same benefit is not documented for plastic parts.

Storage and shelf life

Store in the original packaging at 16–27°C (60–80°F) and 40–60% relative humidity, away from direct sunlight. For best performance, use within 24 months from the date of manufacture.

Applied tape

Bonding performance

Typical results after 72-hour dwell using 2 mil aluminum-foil backing. Peel testing used ASTM D3330 at 300 mm/min unless otherwise stated.

Test	Temperature	Substrate	Typical value
90° peel adhesion	23°C	Stainless steel	10 N/cm
90° peel adhesion	70°C	Stainless steel	16.7 N/cm
180° peel adhesion	23°C	Stainless steel	9.6 N/cm
90° peel adhesion	23°C	ABS	2.4 N/cm
90° peel adhesion	23°C	Acrylic (PMMA)	7 N/cm
90° peel adhesion	23°C	Aluminum	7 N/cm
90° peel adhesion	23°C	Glass	9.9 N/cm
90° peel adhesion	23°C	Polycarbonate	7.8 N/cm
Static shear, 1000 g	23°C and 70°C	Stainless steel	10,000 min at each temperature*

*25 × 25 mm sample area; tests were terminated after 10,000 minutes.

Performance evidence

Environmental and temperature performance

Documented testing shows retained peel adhesion after selected chemical, moisture, UV, and thermal-cycle exposures. Results apply to the stated stainless-steel and aluminum-foil test construction and do not establish universal performance for every assembly.

Temperature resistance

Typical static-shear testing supports 204°C (400°F) for 60 minutes under a 500 g load and 149°C (300°F) for 10,000 minutes under the documented 6.5 cm² sample configuration.

Humidity and water

Typical 90° peel adhesion was 11.9 N/cm after 7 days at 32°C and 90% RH, and 9.5 N/cm after 100 hours of water exposure at room temperature.

Chemical exposure

Typical retained peel values are documented after exposure to gasoline, MEK, weak acid, weak base, salt water, and 10W30 oil under the specific test conditions.

UV and temperature cycling

Typical peel adhesion was 11.4 N/cm after 2,000 hours of ASTM G154 Cycle 1 exposure and 12.3 N/cm after the documented temperature-cycling sequence.

Low-temperature limit

The documented lowest service temperature is -40°C (-40°F). Success below the adhesive glass-transition temperature depends on the bonded materials, dwell, and stress state.

Electrical data

Typical values include dielectric constant 3.69 at 1 kHz, insulation resistance greater than 1.72 × 10¹³ Ω, and breakdown voltage of 2,200 V under the reported test conditions.

Use contexts

Applications

3M™ Adhesive Transfer Tape 467MP supports thin, permanent bonding applications where the surfaces, pressure, temperature, and dwell conditions are suitable for 200MP acrylic adhesive.

Nameplates and durable graphics

Long-term attachment of graphic nameplates, rating plates, and overlays to metal and high-surface-energy plastics across industrial equipment, automotive, appliance, electronics, aerospace, and medical-market applications.

Graphic overlays and membrane switches

Bonding graphic overlays within membrane switches and attaching the completed switch to an equipment surface, where the thin transfer adhesive supports a low-profile construction.

Foam lamination and die-cut parts

Lamination to industrial foams and flexible materials for rotary die cutting of small gaskets and converted parts used in industrial and electronics applications.

Next steps

Evaluate 3M™ 467MP for your bonding and converting process

Contact Krayden to discuss substrate surface energy, cleaning, lamination pressure, application temperature, dwell, part geometry, die-cut converting, and environmental requirements for a nameplate, overlay, membrane-switch, or industrial joining application.

Discuss Your Application