The best epoxy for golf clubs is the Brampton Epoxy PRO-FIX. Trusted by online golf communities, it offers a quick fix with a tensile bonding strength of 5400 PSI, making it suitable for 120+ mph golf swings. It works on various materials and has a short working time of 5-8 minutes, ensuring your club is ready to play within 20-30 minutes. However, full curing takes 20 hours.
Not all epoxies are equal, and the generic stuff in the store can be problematic. Having worked for an adhesives company that supplies the epoxy used by many golf equipment manufacturers (PING, Callaway, etc.), I can attest that there are only a few reliable options on the market. For a putter, you’ll be fine with decent epoxy. But for replacing a shaft, you need a quality epoxy specifically for golf clubs.
Here are the best epoxy for golf clubs and why I recommend them, in case you’re in a hurry:
| Image | Product | Detail | Price |
|---|---|---|---|
 |
| $12 | |
 |
| $18 | |
 |
| $13.79 | |
 |
| Price | |
 |
| $117.4 |
Replacing a shaft successfully relies heavily on using and applying the correct epoxy. The last thing you want is a clubhead flying off while playing a round of golf or at the driving range.
Maybe your club’s head came off the shaft, and you want to glue it back together to get another year or two out of it before you buy a new set of clubs. Or, maybe you only need a one-off application, so you don’t intend to spend much money on an epoxy. You probably wonder which shaft epoxy will be the best to use.
In the rest of this article, I’ll walk you through a detailed performance review of the top-rated epoxy for golf clubs to help you determine which is best for your case.
1. Brampton Epoxy PRO-FIX: Best Overall
Brampton Epoxy PRO-FIX
$12
- Strong bonding with a tensile strength of 5400 PSI and overlap shear power of 3200 PSI.
- Suitable for high-speed swings (120+ mph).
- Works on various club materials like graphite, titanium, and steel.
- Clubs can be ready to play within 20-30 minutes after application.
PRICE: $12
I recommend the Brampton Epoxy PRO-FIX, especially if you want a quick fix. It’s a popular option that you will see flying around many online golf communities, which is a sign that it’s among the most trusted ones on the market.
I also love that the tensile bonding strength is rated at 5400 PSI and the overlap shear power is rated at 3200 PSI, so there’s no doubt about the strong bond. Brampton also boasts that the bond is strong enough for 120+ mph golf swings.
It works on graphite, titanium, and steel and has a working time of 5-8 minutes. The manufacturer says your club can be ready to play within 20–30 minutes after application, but it takes 20 hours to cure.
What I like about this golf club epoxy
- guarantees a strong bond
- Ideal for those looking for a quick fix
- Easy-to-dispense double-barrel cartridge
- Affordable
What I don’t like about this golf club epoxy
- Only available in the 4oz and 8oz packs
2. J-B Weld 8281: Highest Tensile Strength
J-B Weld 8281
$18
- High tensile strength of 5020 psi
- Twin pack with a 1:1 mix ratio for convenient use
- Quick curing time of 15 to 24 hours
- Resistant to acid, water, and high-impact cracking after curing, ensuring durability
PRICE: $18
The J-B Weld 8281 is a powerful epoxy that will work well for golf clubs, especially if you’re looking for a one-stop solution to get your golf club going for one or two more years after it breaks.
This is because it has a very high tensile strength of 5020 psi that can withstand all the forces exerted by swinging a golf club. It’s a twin pack with a 1:1 mix ratio and cures for strong bonding within 15 to 24 hours.
The best part is that this epoxy is resistant to acid, water, and cracking from high impact after curation.
What I like about this golf club epoxy
- Professional 5 oz. tube size
- Relatively quick set and cure times
- Versatile epoxy
- Works for many surfaces such as metal, plastic and PVC, wood, concrete, ceramic and tile, and fiberglass.
What I don’t like about this golf club epoxy
- The highest price point in this review but worth the cost
3. GolfWorks Maximum Strength Tour Set: Best Long-Cure Epoxy
GolfWorks Maximum Strength Tour
$13.79
- Shear strength of 4500 psi
- Sets in 18 hours and fully cures in 24 hours
- Easy application due to the thumb plunger included
- Available in 50-ml cartridge, beaded, or 30-ml cartridge
PRICE: $13.79
Golf Works High Strength Epoxy is packaged in a 50-ml cartridge, but you can order the beaded or 30-ml cartridge package. Clubmakers use it. It is a two-component-based epoxy that is mixed to a ratio of 2:1.
It sets in 18 hours and takes 24 hours to cure. After testing the GW epoxy, I have to mention that there’s nothing particularly grand about this epoxy, especially when compared with a few other popular names on the market.
What makes it stand out is the thumb plunger, which eliminates the need for an epoxy dispensing gun.
What I like about this golf club epoxy
- Easy application thanks to the thumb plunger included.
- Competitive price
- a shear strength of 4500 psi and requires a 2:1 mix ratio.
What I don’t like about this golf club epoxy
- None so far.
4. Permabond Epoxy for Golf Clubs: Excellent Environmental Resistance
Permabond Epoxy for Golf Clubs
- High PSI ratings of more than 2500 psi
- Low odor
- Excellent chemical and water resistance
- Cures at room temperature for convenience
Many things make the Permabond product one of the best epoxy for golf clubs, but I was particularly impressed with the excellent environmental resistance. It cures at room temperature and has PSI ratings of more than 2500 psi.
The bonds’ high shear and peel strength, coupled with the increased stress distribution of adhesives, greatly expand joint design possibilities. Their excellent chemical and water resistance make them suitable for harsh environmental conditions.
What I like about this golf club epoxy
- Low odor
- High peel strength increases design versatility.
5. Pro Marine Supplies 2 Gal Pro: Super Versatile
Pro Marine Supplies 2 Gal Pro
$117
- Includes a UV formula, making it suitable for exterior use.
- FDA-regulated formula, ensuring safety.
- Leaves a clean and bright surface finish.
- Pleasant scent during application.
PRICE: $117.
If you’re looking for the perfect epoxy formula to suit a beginner, professional, or artisan, the Pro Marine Supplies Art Resin two gallons Pro is ideal.
It is made with quality ingredients that cure into a glossy finish. One great benefit of this option is its versatility. You can use the formula to bond various objects if they aren’t wood.
Pro Marine includes a UV formula that makes the resin suitable for exterior use. It consists of a gallon and a hardliner that can be mixed in a ratio of 1:1, enough to coat wide areas of your material.
What I like about this golf club epoxy
- The formula is FDA-regulated.
- Dries and cures quickly
- leaves a clean and bright surface
- Bubble free
- Smells nice
- Self-leveling properties
What I don’t like about this golf club epoxy
- Not very thick
- You may need to use multiple thin layers of resin.
How to Use Epoxy on Golf Clubs
To successfully repair or bond your clubs and shaft heads using epoxy, you first need to gather the necessary materials:
Materials you’ll need:
- Epoxy Resin: You can purchase epoxy designed for golf club repair or use a high-quality epoxy adhesive. I recommend any of the options reviewed above. The epoxy should have a mixing ratio specified on the packaging.
- Mixing Cups: Small disposable plastic or paper cups work well for mixing epoxy.
- Mixing Sticks: Use wooden or plastic sticks for stirring the epoxy.
- Golf Club Components: The clubhead, shaft, and any other components you intend to bond.
- Masking Tape: To protect areas of the club that should not come into contact with epoxy.
- Rubbing alcohol: for cleaning surfaces before applying epoxy.
- Gloves and Safety Gear: Epoxy can be messy and potentially harmful to the skin. Wear gloves and work in a well-ventilated area.
The Process
Step 1: Prepare the club components:
The surfaces to be bonded must be clean and free of any old epoxy, dirt, or grease. You can use rubbing alcohol to clean the surfaces thoroughly.
Step 2: Mix the epoxy.
Follow the instructions on the epoxy packaging to mix the epoxy properly. Typically, epoxy consists of two parts, the resin and the hardener, which must be incorporated in the correct ratio. Stir them together in a mixing cup until you have a consistent mixture.
Step 3: Apply epoxy.
Apply a small amount of epoxy to both surfaces you want to bond. For example, if you’re attaching a clubhead to a shaft, apply epoxy to the tip of the post and the hosel (the part of the clubhead where the placement goes).
Step 4: Join the Components:
Carefully align the components and join them together. They must be aligned correctly because epoxy sets quickly, which can be difficult to reposition once applied. Use masking tape to secure the components in place while the epoxy cures. They should be aligned properly before applying the tape.
Step 5: Let It Cure:
Allow the epoxy to cure according to the manufacturer’s instructions. This could take anywhere from 24 to 48 hours, but stick with the waiting time recommended for the specific epoxy model you’re using.
After the epoxy has fully cured, remove any excess epoxy with a razor blade or sandpaper, if needed. You can give the club a swing and test it to ensure everything is secure and functioning correctly.
This demonstration from The Backyard Golfer, using the Golfwork epoxy to glue an iron club head to a new shaft, can further guide you:
The Takeaway
I’ve used several options, from Permatex’s 5-minute general-purpose epoxy to the products from GolfSmith and a few others in between.
In my experience, if you choose an epoxy with enough open time for what you are doing, measure correctly, and mix thoroughly, you’ll get a good bond.
Remember, the time listed on the epoxy is the set time—how long you have before the mixture hardens and becomes unusable—and unadjustable if you have parts already joined.
No matter the epoxy bond you choose, I strongly recommend you allow it to cure for at least 24 hours. Some require less time, but let it sit for a day if you’re on a tight schedule.
Having used and supplied many of these products, I have realized that failures usually come down to either an improper mix ratio, inadequate mixing, or bad cure time—not necessarily the brand or model you choose.
