Acme Flow — Application Landing Template
Golf Club Repair

The Right Adhesive for Every Golf Club Repair

Shaft bonding, head repair, and ferrule work—precise, strong, and built for club builders.

Shaft Bonding
Head & Hosel Repair
Ferrule & Whipping
Use Cases

Choose the Right System for Your Golf Club Repair

Different repairs require different epoxy properties — working time, strength, and gap-filling. Match your job with the right system.

Shaft Installation

Best for: Installing shafts into iron, driver, and wood heads

  • Bonds shaft tip inside hosel
  • Handles high swing force and torque
  • Works for steel and graphite shafts
  • Critical for new builds and assembly

Re-Shafting & Club Repair

Best for: Replacing broken shafts or reattaching heads

  • Removes old epoxy and rebonds securely
  • Restores original performance
  • Prevents head loosening over time
  • Ideal for repair shops and pro shops

Tip Weight & Internal Bonding

Best for: Securing weights and stabilizing internal components

  • Locks tip weights inside hosel
  • Prevents rattling and movement
  • Supports swing weight adjustments
  • Ensures clean, solid internal structure
Repair Compare

Before & After

Slide to compare a detached golf club head vs a properly bonded repair using structural epoxy.

  • Before: Club head separated from shaft (hosel failure / broken bond)
  • After: Head securely reattached, aligned, and ready for use
Choose by need

Pick the Right Epoxy

Match the right epoxy to your golf club build or repair.

Structural Epoxy

For shaft bonding, head repair, and assembly

Coming Soon

S20 Epoxy

impact resistant

Coming Soon
Coming Soon

E20 Epoxy

impact resistant

Coming Soon
Still Deciding?

Which Epoxy for Your Golf Club Build or Repair?

Not sure which epoxy fits your job? Tell us what you're working on — we'll recommend the right option based on your setup and workflow.

Talk with Our Team

  • Share your club type (iron, driver, wood)
  • Let us know if it's a new build or re-shafting
  • Mention shaft type (steel or graphite)

We'll suggest the right epoxy and working time for your application.

Call 1-604-457-2000 Email support@ceccorp.ca
Trust & Performance

Why CEC Corp for Golf Club Repair

Bond That Won’t Fail

Holds under swing force, torque, and impact
Prevents head loosening over time

Time to Align Before It Sets

Adjust loft, spine, and position before cure
No rushing on builds or repairs

Fills Gaps, No Weak Spots

Covers tolerance gaps between shaft and hosel
Full contact even with imperfect fits

Works on Steel and Graphite

Consistent across builds and re-shafting
Stable results without guesswork

FAQ

Common Questions

Common questions about adhesives for shaft installation, head bonding, and club assembly.

Use a 2-part structural epoxy designed for high impact and shear strength.

  • CEC C-Tough Epoxy → best for maximum strength + vibration resistance
  • CEC S20 Epoxy → balanced working time + strength
  • CEC E20 Epoxy → faster workflow, general repairs

Avoid CA glue — it’s too brittle for shaft bonding.

Apply epoxy in two critical zones:

  • Inside the hosel (club head socket)
  • Around the shaft tip (last 1–2 inches)

Then insert and rotate the shaft to ensure full coverage and no air gaps.

  • Initial set: 20–30 minutes (depends on product)
  • Play-ready: 12–24 hours

For best performance, always wait full cure before hitting balls.

  • Weak bond formation
  • Shaft twisting or loosening
  • Potential head detachment during swing

This is one of the most common failure causes.

Yes — prep determines bond strength. Required steps:

  • Sand the shaft tip (remove coating)
  • Clean shaft + hosel with solvent (acetone)
  • Remove old epoxy completely

Poor prep = bond failure, even with high-quality epoxy.

All three work, but selection depends on stress level:

  • Graphite shafts → CEC C-Tough Epoxy (better impact absorption)
  • Steel shafts → CEC S20 Epoxy or CEC E20 Epoxy

Graphite benefits from tougher, less brittle epoxy.

Yes — epoxy is gap-filling, which is critical because tolerances vary.

  • Use slightly more epoxy if fit is loose
  • Ensure full coverage without overflow

This is why epoxy is preferred over other adhesives.

Yes, but in small amounts:

  • Ferrules → light coating for stabilization
  • Tip weights → epoxy locks them inside hosel

Do not rely on epoxy alone for weight tuning.

Common causes:

  • Poor surface prep (most common)
  • Incorrect mix ratio
  • Not enough cure time
  • Using low-strength adhesive

Solution: proper prep + correct epoxy like CEC C-Tough Epoxy.

  • CEC C-Tough Epoxy — Maximum strength, best for high-impact builds and graphite shafts
  • CEC S20 Epoxy — Balanced working time + strength, ideal for most club builds
  • CEC E20 Epoxy — Faster handling, best for repairs and quick turnaround

Choose based on working time + strength requirement.

See our FAQ Talk to our expert