Data Sheet

ManualsBrandsPATTEX ManualsAdhesivesStabilit Express Adhesive 80 g

Table Of Contents

Technical Data Sheet

Pattex Stabilit Express

I. Product:

Nature of product:

Resin: Methylmethacrylate

Hardener: Dibenzoylperoxide

Field of application:

For safe bonding of:

• Ceramics, porcelain, glass, concrete,

stone, wood as well as all kinds of

metals

• Polystyrene, acrylic glass, rigid PVC

• ABS- and SAN-plastics

• Polycarbonate, glass-fibre reinforced

plastics

• Celluloseacetobutyrate

• Aminoplast-and Phenoplast -materials

Package size:

Boxes of 30 g and 80 g

Shipping unit:

PSE 12 = 12 boxes of 30 g

PSE 6 = 6 boxes of 80 g

II. Characteristics:

• 2 component adhesive

• High adhesive strength

• Fast curing time

• Levels uneven surfaces and fills cracks

• Can be painted

• Not suitable for Polyethylene,

Polypropylene, Polytetrafluorethylene

(Teflon®), Soft-PVC, rigid-foam

materials and Polyamide

Final strength:

High final strength after approx. 1 hr at

room temperature (18° - 25°C)

Application time:

Approx. 10 min.

Tensile-shearing strength:

Up to 25 N/mm²

Application temperature:

Not below 0°C and not above +30°C

Temperature resistance:

Temperature resistant from -20°C up to

+80°C.

Bonding strength is reduced with rising

temperature: 50°C: 60%,

80°C: 30%

Capacity for resistance:

Bonding of plastics is resistant at room

temperature to water, diluted acids and

ases, aliphatic hydrocarbons or white

spirit, oil and grease.

On long contact with water and at high

temperatures the bonding of metal, glass

and ceramics has limited resistance.

Limited resistance to alcohol,

benzene, toluene and fuels.

Short time resistance to aggressive

solvents (acetone, ethyl acetate etc.).

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Summary of content (3 pages)

PAGE 1
Technical Data Sheet Pattex Stabilit Express I. Product: Nature of product: Field of application: Package size: Resin: Methylmethacrylate For safe bonding of: Boxes of 30 g and 80 g Hardener: Dibenzoylperoxide • II.
PAGE 2
Attainable stability and constructions: 1. General If high bonding strength is required ensure that only shearing stress is put on the couplings, as resistance against bending and peel stress is generally lower. The resistance to tensile stress is also not as high as to shearing stress.
PAGE 3
2. Lap shear strength For aluminium approx. 20 N/mm² 3. Strength of metal and plastic bonding: Following results are for two stripes of metal or plastic (80 x 25 mm) which were stuck together using simple overlapping (10 mm). III. Directions for use: Surface preparation: 1. Metals The bonding surfaces must be free of dirt, rust, oil and grease, oxidation and eloxated layers. Clean surfaces with acetone or white spirit and roughen them with abrasive paper.