What You’ll Need

• “FixExpress” – Two-Component Epoxy Glue 500g: A fast-setting, high-strength epoxy ideal for rapid repairs and metal-to-concrete bonding.
• “Magelstick” – Epoxy Mastic for Stone, Metal, and Cement Bonding and Grouting: Suitable for professional installation and grouting, especially in exposed or vertical applications.
• “Carbon Resin” – Epoxy Resin for Carbon Fiber & Fiberglass Coating: For anchoring tasks involving composites or when additional mechanical strength is required.
• Clean wire brush, compressed air or vacuum, and mixing tools
• Protective gloves and goggles
• Drill (appropriate for concrete or masonry) and correct-sized drill bits
• Measuring and marking tools

Step 1: Plan the insertion depth and spacing

Plan the insertion depth and spacing of your rebar according to structural requirements or technical guidance for your project. Proper embedment depth is key for ultimate bond strength. Mark both hole position and required embedment length to avoid guesswork during installation.

Check for existing reinforcement and ensure your planned holes will not compromise the structure. Take care to adhere to relevant building standards where necessary.

Step 2: Clean the hole and rebar thoroughly

Clean the hole and rebar thoroughly to remove dust, residual concrete, loose particles, oils, or rust, as contaminants greatly reduce bond performance. Use a wire brush for both the drilled hole and surface of the rebar, followed by blowing out debris with compressed air or vacuuming.

Repeat cleaning if necessary. Any dust or residue left inside may prevent full epoxy penetration and weaken the bond.

Step 3: Mix the epoxy resin according to instructions

Mix the epoxy resin according to instructions, observing the manufacturer’s specified ratios for an optimal result. For smaller fast-setting tasks, “FixExpress” – Two-Component Epoxy Glue 500g allows for rapid application with a simple 1:1 mixing ratio. For intricate or vertical work, “Magelstick” – Epoxy Mastic offers thixotropic, no-sag consistency ideal for gap filling.

Mix only the amount you can use within the working time, and always wear gloves and eye protection. Blend thoroughly until colour and texture are uniform.

Step 4: Insert rebar and secure firmly

Insert rebar and secure firmly immediately after filling the hole with mixed epoxy. Fill about two-thirds of the cavity, then push the rebar in with a twisting motion to ensure complete wetting of the metal and elimination of trapped air. Excess adhesive may flow out—wipe it clean before it sets.

If working with composites or fibre reinforcement, “Carbon Resin” – Epoxy Resin for Carbon Fiber & Fiberglass Coating is suitable for ensuring strong adhesion where fabrics are involved. Align and support the rebar so it remains in position throughout the curing period.

Step 5: Allow full curing before applying loads

Allow full curing before applying loads to the anchored rebar. Refer to product guidelines for exact curing times; for “FixExpress” epoxy, initial setting occurs in about 5 minutes, but maximum strength is reached after the recommended cure period. “Magelstick” requires a longer set, particularly in cool conditions.

Do not stress or move the rebar prematurely, as this can compromise the bond’s strength and durability. Full load bearing should only occur after complete curing.

Tips, Common Mistakes, and Troubleshooting

Achieving a lasting anchor depends on meticulous surface preparation and proper mixing. One of the most common mistakes is failing to adequately clean the hole or rebar, resulting in poor adhesion. Always follow instructions precisely, especially with mixing ratios and working times.

For vertical or overhead anchoring, select a thixotropic epoxy such as “Magelstick” to prevent slumping. If you notice air pockets or poor filling, ensure the hole isn’t too tight and use a twisting motion to install the rebar. Protect all surfaces from moisture and disturbance during the cure period. Should you notice incomplete curing, check ambient temperature and component ratios.