BowLift | High-performance solder wire multi-material repair adhesive

Multipurpose, high-strength oil-based adhesive for wood, ceramics, leather, plastics, and metals

FEATURES:

• Instant Adhesion - This strong adhesive for multiple materials facilitates quick repairs with impressive holding capability in just 8-10 seconds. It's user-friendly and effective; applying just a few drops of this super glue results in a robust, lasting bond that dries transparent and without odor.
• Multi-Material Repair Adhesive - This potent, oil-based adhesive seeps into fine cracks, pores, and openings, improving impact resistance and structural integrity. The strong connection persists even after numerous washes, maintaining adhesion under tension.
• Water and Impact Resistant - The robust bond of this high-performance repair adhesive is resistant to both water and impact, making sure that your repairs remain dependable. It endures continual washing and tensile stresses without compromising its strength.
• Temperature Tolerant - This flexible adhesive boasts excellent temperature tolerance and performs well in extreme conditions ranging from -40 °C to 130 °C without sacrificing its functionalities. It does not become brittle but stays resilient even over long durations.
• Broad Application Range - This strong repair adhesive is suitable for a variety of materials and can quickly adapt to various shapes, sizes, and weights. It works seamlessly on surfaces like metals, leathers, cork, ceramics, woods, particleboard, fabrics, papers, cardboards, rubbers, and other crafting materials.

SPECIFICATIONS:

• Type: Repair Adhesive

• Volume: 50 ml

• Storage Instructions: Keep in a cool, dry environment

• Suitable For: Ceramics, rubber, metals, wood, crafts, footwear, glass, jade, and plastic

PACKAGE CONTENT:

• 1/2/3* Multipurpose Repair Adhesive

IMPORTANT:

•  Please be aware that there may be minor variations of 1-2 cm due to manual measuring. Confirm that this is acceptable prior to purchase.

• The item's color might slightly differ due to variations in light and screen settings.