Most adhesives make a rigid bond. Fantastic Elastic makes a flexible one — and that distinction matters enormously for the materials and applications where conventional glues fail. Using MS Polymer technology, 151 Fantastic Elastic creates a bond that moves with the materials it joins rather than cracking away from them under stress, vibration, or temperature change, making it the right adhesive for any repair or joining task where rigidity would be a liability.
The MS Polymer formula is also what gives Fantastic Elastic its exceptional material versatility. It bonds porous and non-porous surfaces, and — crucially — it bonds dissimilar surfaces together without compatibility issues. Ceramics to fabric, glass to leather, metal to plastic, vinyl to wood — materials that would challenge or defeat most standard adhesives are joined effectively and permanently. The full list of compatible materials includes ceramics, fabrics, glass, leather, metal, mirrors, plastics, vinyl, and wood.
The bond is odourless during application, transparent once dried, and adjustable for approximately five minutes after application — giving a practical window to reposition if the alignment is not quite right before the bond sets. Surface dry time is approximately five minutes; full bond strength is achieved within one hour. Once cured, the bond is resistant to shock impact, water, and extreme temperatures, making it suitable for both indoor and outdoor applications including garden and outdoor craft projects.
Apply a thin layer to both surfaces, press together, and wipe any excess with a damp cloth before it dries. Clean the nozzle and replace the cap after use. Store in a cool, dry place.
Weight: 20g
Technology: MS Polymer
Dries: Transparent and odourless
Surface dry: 5 minutes
Full cure: 1 hour
Resistant to: Shock, water, extreme temperatures
What materials does Fantastic Elastic bond?
Ceramics, fabrics, glass, leather, metal, mirrors, plastics, vinyl, and wood — including dissimilar materials joined together. If unsure of compatibility, test on a small, inconspicuous area first.
Why is a flexible bond better than a rigid bond for some repairs?
Rigid bonds crack under flexing, vibration, and temperature change — which is why standard superglue fails on rubber, fabric, and flexible plastics. A flexible bond moves with the materials rather than against them, making it more durable in applications where the joined surfaces will experience movement, stretch, or thermal expansion.
Can it be used outdoors?
Yes — the cured bond is resistant to water and extreme temperatures, making it suitable for indoor and outdoor repairs and projects.
Can it be painted over?
Yes — once fully cured, the transparent bond can be painted over to match the surrounding surface.
