CKG Carbon Fiber Handle

In stock
SKU: Blue Carbon Fiber Handles
Regular price $82.00
Regular price -8% $89.00 Sale price $82.00
Color

Carbon Handle for Sand Shovel - Good for water and surf lines. Ground conditions: sand with silt or clay, clay and silt clogged sand with shells and stones. Enjoy prolonged use with reduced fatigue and increased efficiency.

Light Weight - Ultimate in lightweight performance with our Carbon Handle. Elevate your beach metal detector experience with reduced strain, allowing extended exploration and effortless digs along the shoreline.

Strong & Durable Material - Our Carbon Handle engineered for relentless beach hunts. Its robust build ensures longevity, enduring the rigors of sifting for enduring, successful adventures.

Carbon Fiber Handle Pole - The beach shovel handle enables an easy and comfortable gripping of the sifting shovel. Besides, the long pole provides a hand grasp, enhances efficiency during usage, and feels comfortable even used for long periods of time.

Perfect For - Our carbon fiber handle pole is ideal for sand scoop metal detecting, digging raking tools etc can well protect garden accessories. It can be used for treasure hunting on the beach, under the water, or using a metal detector with it.

Material: 3K Carbon Fiber (2mm)
Length: 115.5cm/45,5"
Weight: 375 gr/14OZ;
Outside Diameter: 28.5 mm/ 1 1/8"

CKG Carbon Fiber Handle
The CKG Carbon Fiber Handle is a lightweight replacement pole designed for beach scoops and metal detecting tools. Built from 3K carbon fiber with a 2mm wall thickness, it delivers lower carry weight, corrosion resistance, and improved rigidity compared to standard aluminum handles.
Designed for wet sand, surf, and saltwater environments, the handle stays light during long hunts and breaks down into two sections for easier transport.
Key Features
• 3K carbon fiber construction
• corrosion-proof design
• lightweight 375 g (14 oz) build
• 45.5" overall length
• 28.5 mm (1 1/8") diameter
• rigid 2 mm wall tube
• two-piece travel-friendly construction
• universal scoop compatibility
Why Carbon Fiber Matters
Carbon fiber reduces overall fatigue during long beach hunts while maintaining stiffness during digging and recovery.
Compared to heavier aluminum handles, the lighter weight helps:
• reduce shoulder strain;
• improve scoop control;
• minimize flex under load;
• speed up repetitive digging motion.
The corrosion-resistant construction also performs well in saltwater and wet sand conditions.
Compatibility
The handle fits most sand scoop heads using:
• 28.5 mm / 1 1/8" pole openings;
• clamp systems;
• bolt-through connections;
• pin-mounted collars.
Always confirm scoop collar diameter before ordering.
Travel and Portability
The two-piece construction separates into approximately:
• 22" section;
• 27" section.
This makes transport easier for:
• travel detecting;
• vehicle storage;
• suitcase packing;
• compact gear setups.
Installation
1. Measure scoop collar
Confirm compatibility with 28.5 mm diameter handles.
2. Dry fit the handle
Insert the tube and align the connection point.
3. Mark drilling location
If required, mark the pin or bolt hole position.
4. Drill and secure
Install using stainless hardware for best corrosion resistance.
5. Rinse after saltwater use
Freshwater rinse helps keep the connection area clean and smooth.
Specifications
• Material: 3K carbon fiber
• Wall thickness: 2 mm
• Diameter: 28.5 mm
• Length: 45.5"
• Weight: 375 g / 14 oz
• Construction: 2-piece modular tube
• Environment: beach, wet sand, surf
Best Fit For
Recommended for:
• beach detectorists;
• surf hunters;
• wet sand detecting;
• lightweight detecting setups;
• frequent travel use.
May not be ideal for:
• heavy prying in rock;
• compacted clay;
• oversized industrial scoop setups.
Buying Notes
The CKG Carbon Fiber Handle is designed for detectorists who prioritize lighter carry weight, corrosion resistance, and long-session comfort in beach environments.
Compared to standard aluminum handles, it offers better long-term resistance to saltwater conditions while reducing fatigue during repetitive digging.