CarbonBond Structural Acrylic Adhesive Black

Description

Description

High-Strength Adhesive for CarbonBar Brackets Bonds to Stone, Quartz, and Itself

CarbonBond Structural Acrylic Adhesive Blackis a two-component, methacrylate-based structural adhesive engineered specifically for fabricators working withCarbonBar reinforcement systems. Whether bonding CarbonBar brackets to stone orlaminating CarbonBar layers togetherfor added rigidity, CarbonBond deliversweld-like strength, fast cure times, and long-term durability that outperform silicone and standard epoxies.

Trusted by professional countertop fabricators, this adhesive is purpose-built tomaximize the performance of CarbonBar systemsin overhang support, sink cutouts, and load-bearing applications. It offers strong adhesion to quartz, granite, engineered stone, and carbon fiber with minimal surface prep required.

Key Features & Benefits

• Engineered for CarbonBar Systems
  Ideal for bonding CarbonBar to stone and for CarbonBar-to-CarbonBar lamination.

• High-Strength, Structural Adhesion
  Tensile strength up to 3,500 psi ensures long-term bond integrity.

• Fast-Setting for Production Efficiency
  12-18 minute working time and 35-50 minute fixture time

• Gap-Filling up to 1/4
  Excellent for uneven stone surfaces or layered CarbonBar assemblies.

• Outperforms Silicone and Construction Adhesives
  Provides structural-grade adhesion where silicone fails ideal for permanent reinforcement.

• Minimal Surface Preparation Required
  Bonds stone, carbon fiber, and metals without excessive surface preparation.

Expanded Use Cases

1. CarbonBar to Stone Bonding

• Structural adhesion of CarbonBar brackets and rods to quartz, granite, and solid surfaces.
• Common in countertop overhangs, floating vanities, and bar top reinforcement.

2. CarbonBar Lamination

• Laminates multiple CarbonBar layers together for custom reinforcement profiles.
• Ideal for building multi-ply supports or increasing stiffness in high-load areas.

3. Mixed-Material Bonding

• Reliable adhesion between carbon fiber, stainless steel, aluminum, and fiberglass.
• Supports hybrid bracket designs or custom-fabricated support systems.

Technical Specifications

Tensile Strength (ASTM D638):

• Steel / Stainless Steel: 2,5003,500 psi

• Aluminum: 2,5003,500 psi

• Fiberglass: 2,500+ psi

• ABS / PVC: 1,000+ psi

Why Fabricators Choose CarbonBond Over Silicone

• Siliconeoffers a weak, flexible bond prone to peel or shift over time not suitable for structural applications.

• Construction Adhesivesoutgas and have long skin and cure times, shrinkage issues are also a concern

• CarbonBonddelivers a rigid, vibration-resistant bond between CarbonBar and stone or CarbonBar to itself for permanent countertop reinforcement.

• Faster cure, higher bond strength, and no primer required make it a superior choice for professional shops.