4mm 'LAVA GLOW' plectrums π₯
Important for United States customers: orders shipped to the USA cannot exceed 100 EUR. Larger purchases must be placed as separate orders.
The world's first WHITE plecturm which glows WHITE in the dark! π»
'HufGlow' is a premium material that contains a proprietary formulation of 'strontium aluminate' doped with 'rare earth elements' like 'dysprosium' and 'europium'. It is a non-toxic and non-radioactive material that can glow in the dark for hours after being activated by sunlight or artificial light. This technology is ten times brighter than previous zinc sulfide-based materials, and it has a lifespan of 60 years without suffering any practical aging. For instant and vibrant illumination, I recommend using a black light π‘. This specific light source efficiently excites the pigments, bringing out the brightest glow in your plectrum instantly.
Unlock the Power of Thicker Handcrafted Plectrums, Meticulously Created by Me!
πΈ Struggling with hand discomfort during those extended jam sessions?
πΈ Yearning for greater precision and speed in your guitar playing?
πΈ Curious about the biomechanical magic of these plectrums?
By using thicker plectrums, you can improve your playing efficiency and strength while reducing effort. This innovation minimizes hand movement and increases hand strength, resulting in less cramping and tenseness. This feature is particularly beneficial for guitarists experiencing muscular problems such as osteoarthritis or tendinitis. However, even guitarists without these issues can benefit from this bio-mechanical phenomenon. It can help them achieve greater precision, strength, and speed in their playing, making it an attractive option for adventurous musicians.
π Key Benefits:
β Enhanced Hand Strength: Wave goodbye to hand fatigue and aches.
β Effortless Playing: Reduce the strain, play longer and better.
β Precision & Speed: Unlock your full potential as a guitarist.
For more exclusive HUFGLOW picks, CLICK HERE
Information:
Red luminous materials may appear less intense to the human eye than expected. This is due to the spectral sensitivity of human vision, which peaks in the green region around 555 nm and decreases toward deep red wavelengths. As a result, red light can emit significant optical power while being perceived as relatively dim. Digital camera sensors respond differently and may display the red glow as brighter than it appears in direct visual observation.
PS: This material will get dirty from the strings oxidation.
Made to order, please allow estimated 3 weeks to shipping.
-πΊ WATCH DEMO VIDEOS! CLICK HERE
-π’ USER REVIEWS! CLICK HERE
-π€ WHICH PICK SHOULD I GET? CLICK HERE
-π οΈ WHAT IS 'HANDMADE'? CLICK HERE
