Guide complet de la périostite tibiale : causes, symptômes et manchons recommandés

Hello, we are Wave Company.

Today, we're diving into shin splints — a common source of pain for runners, and something many people experience even on days they simply walk a lot. Left untreated, it can progress all the way to a stress fracture. Let's cover everything you need to know about Shin Splints.

What Are Shin Splints?

Shin splints is a medical term referring to pain around the lower leg bone.

It's one of the most common injuries among athletes who put heavy demand on their legs. If you feel pain not in the bulk of the calf muscle, but deep along the shin or at the lower inner edge of the calf — right where the muscles attach to the shinbone — shin splints may be the cause.

More precisely, shin splints refers to pain caused by repetitive stress on the muscles attached to the tibia (shinbone).

The tibia runs alongside a thinner bone called the fibula, connected by the interosseous membrane. Damage to this membrane that results in pain is also classified as shin splints.

What Causes Shin Splints?

The most common causes include:

1. Excessive and repetitive ankle movement
2. Body weight that puts excessive strain on the joints during activity
3. Ill-fitting footwear or uneven running surfaces

There are also less visible contributing factors:

4. Flat feet
5. Muscle imbalances around the ankle

Without a proper arch to absorb impact, or when leg muscles lack flexibility and balance, the load cannot be evenly distributed — causing stress to concentrate in specific areas and trigger pain.

Which Sports Are Most Prone to Shin Splints?

• 🏃 Running / Marathon — repetitive impact on each footstrike
• ⚽ Soccer / Basketball — sudden direction changes and jumping
• 💃 Dance / Aerobics — sustained impact on hard floors
• 🪖 Military / Trainees — heavy boots and long-distance marching

Among these, running tops the list — each footstrike sends a force equivalent to 2–5 times your body weight through the leg, making it the activity most associated with shin splints.

If you frequently get leg cramps in your shin while running, it may be related to shin splints.

It's easy to dismiss cramps as dehydration or an electrolyte issue, but if they keep occurring in the same spot, it could be an early warning sign of shin splints.

When the anterior tibialis muscle becomes overloaded, it can go into spasm. If this tension repeats, stress accumulates in the periosteum of the shinbone. Ignoring cramps with the mindset of "it'll pass" is a common path to developing shin splints.

What to do when you get a shin cramp:

1. Pull your toes toward your body to stretch the anterior tibialis
2. Check your electrolyte intake — magnesium and sodium in particular
3. If it keeps happening in the same spot, review your footstrike pattern and training load

How Can You Prevent Shin Splints?

Shin splints result from cumulative impact. Left untreated, they can lead to stress fractures, so reducing the load on the shinbone is the fundamental solution.

Rest is the most effective remedy, but if stopping training isn't an option, the following approaches can help.

Change how you run.

If pain is concentrated along the front of the shin (anterior tibialis) or around the knee, you may be over-relying on a heel strike (rearfoot). If the pain is in the back of the lower leg — the calf muscle or Achilles tendon — a forefoot strike may be the culprit.

Try sports taping.

The tape athletes wear during competition is called kinesiology tape. It requires some understanding of muscle anatomy, but the results are well worth it.

Taping works for shin splints because the elasticity of the tape supports the anterior tibialis (front of shin) and posterior tibialis (back of shin) — the muscles under the greatest load at footstrike. If you'd like to try it yourself, "KT Tape" has excellent tutorial videos to guide you.

A More Convenient Way to Tape — 'Wearable Taping'

The benefits of taping are clear, but putting it into practice comes with some real-world challenges.

You need to accurately locate the muscles, the tape peels off with sweat, and the ongoing cost and waste of single-use tape adds up quickly.

This is exactly the problem that 'wearable taping' was designed to solve.

By integrating adhesive silicone directly into the structure of a compression sleeve, WaveWear products deliver precise muscle support simply by putting them on — no taping skill required.

• Precision — Taping lines are pre-engineered to match your anatomy, so there's no risk of misapplication.
• Convenience — Just put it on like any garment. That's it.
• Economy / Eco-friendly — Washable and reusable, far more efficient than single-use tape.

WaveWear C2 — The Standard for Wearable Taping

The WaveWear C2 Compression Calf Sleeve is the embodiment of the wearable taping concept.

Typically worn with the adhesive silicone toward the back to support the calf muscle (gastrocnemius), but here's a tip specifically for shin splint sufferers: when the front of your shin is particularly painful, try wearing the sleeve reversed.

Worn that way, the silicone taping lines sit over the muscle running down the front of the shin (the tibialis anterior) instead of the calf. Some runners tell us this feels better while the front of the shin is sore.

One thing to be clear about: the FITI testing above covers lactate and compression behaviour, not this reversed orientation. Wearing the sleeve backwards for shin pain is a comfort tip that came from customers. And whichever way you wear it, the thing that changes how shin splints go is how much load you put through the leg and how much you rest it — the sleeve is what you wear while you do that.

Why WaveWear?

In testing at FITI Testing & Research Institute — an independent Korean testing and certification body established in 1965 and accredited by more than forty international organisations — WaveWear showed up to 35% less blood lactate buildup than the garments it was tested against.

The comparison was not against bare skin. It was run against standard compression wear, against kinesiology tape worn under compression, and against non-adhesive silicone — and WaveWear came out ahead across all three. The same test put the practical difference at roughly 7 km further before the same lactate level was reached.

The published summary of that test gives the result and the comparison groups but not the participant count or the exercise protocol. The full list of tests, including the lower-limb function work at Kyung Hee University Hospital and the adhesion durability testing at Chung-Ang University, is on our clinical tests page.

Skin safety has been rigorously verified as well.

• 🩺 ISO 10993 ISO 10993 biocompatibility testing passed (international skin safety standard)
• 👶 OEKO-TEX® Standard 100 certified

WaveWear holds patents and trademarks in Korea, the United States, Europe, and beyond, with PCT filings in progress. Our technology has been recognized through numerous industry awards.

If shin pain has been holding back your training, let WaveWear C2 be your companion for more confident training.

Next up: IT Band Syndrome.