Cold Feet From Poor Circulation?
Your feet are cold and they stay cold. Warm rooms do not fix it. Regular socks do not fix it. If you have landed on "poor circulation" as the likely cause, you are probably right. But that phrase covers several different conditions, and understanding which one changes what actually helps.
Understand your cold feet
A few questions to help you explore what might be going on.
This sounds like it could be Raynaud's
The white-blue-red color cycle is the hallmark of Raynaud's phenomenon. Blood vessels overreact to cold. It is different from general poor circulation, and the warmth approach is specific: non-restrictive, never compression.
This pattern suggests a venous circulation issue
Swelling, heaviness, and cold feet that worsen after prolonged sitting or standing are common signs of venous insufficiency, where blood pools in the legs instead of returning efficiently to the heart.
Leg pain with activity that eases at rest is a signal
This pattern, called intermittent claudication, is associated with peripheral artery disease (PAD). It is common, treatable, and important to catch early.
Numbness and tingling may point to nerve involvement
When cold feet come with pins and needles, burning, or loss of feeling, the issue may involve the nerves rather than (or alongside) circulation. This is common with neuropathy and diabetes.
General circulation support, and the right socks
Your cold feet are likely caused by sluggish circulation without a specific vascular condition. This is common with age, sedentary habits, or naturally low blood pressure. Warmth and movement are your primary tools.
Your circulation responds to warmth. Give it better tools.
If your feet warm up within a reasonable time with the right help, your circulation is working. It just needs support. Cotton socks score about 0.3 TOG. ORIGINAL socks are 2.3 TOG. That is the difference between feet that warm up slowly and feet that stay warm.
Why poor circulation causes cold feet
Your feet are the farthest point from your heart, at the bottom of your body, working against gravity on the return trip. They are the first place you notice when something in the circulatory system slows down. But "poor circulation" covers several different conditions, and the cause determines the fix.
Peripheral artery disease
Narrowed arteries limit blood flow to the legs. Affects 6.5M+ Americans over 40. The hallmark: leg pain when walking that stops at rest.
Read more →Venous insufficiency
Vein valves fail. Blood pools in the legs. Swelling, heaviness, aching, cold feet. Compression helps here.
Read more →Diabetes and neuropathy
Blood vessel damage plus nerve damage. Feet may feel cold when actually warm, or be cold without you knowing.
Read more →Raynaud's phenomenon
Vasospasm, not poor circulation. Toes turn white, blue, red. Different mechanism, different management.
Read more →General sluggish circulation
Age, inactivity, dehydration, low blood pressure, medications. The most common type. The most fixable.
Read more →The compression question
When compression helps, when it makes things worse, and why the answer depends on which type you have.
Read more →Circulation-friendly warmth, matched to your situation
Every product below is non-restrictive: no tight elastic, no compressed toe boxes, no cuffs that dig in. For circulation conditions, fit is not a feature. It is the first requirement.
Poor circulation and cold feet: what you need to know
Select a topic. Each section covers what is happening, what helps, and where warmth fits in.
General sluggish circulation
Not every case of cold feet involves a named vascular condition. This is the most common type, and the most responsive to intervention.
Common causes
Sedentary lifestyle
Hours in one position reduces blood flow to your lower extremities. Office workers, long-distance drivers, and anyone who sits most of the day is susceptible. A five-minute walk often fixes cold feet immediately.
Age-related decline
Blood vessels naturally lose elasticity over time. The heart's pumping efficiency can decrease. Both reduce the volume and speed of blood reaching your feet. This is gradual and normal, but warmth and movement help maintain comfort.
Dehydration
When you are dehydrated, blood volume drops and viscosity increases. Thicker blood circulates less efficiently. Adequate water intake is a simple intervention that supports blood flow throughout the body.
Low blood pressure
Naturally low blood pressure means less force pushing blood to the extremities. Cold feet and hands are common in people with chronic low blood pressure. Not usually dangerous, but uncomfortable.
Medications
Beta-blockers (for blood pressure and heart conditions) slow heart rate and reduce pumping force. Ergotamine (for migraines) constricts blood vessels. Pseudoephedrine (in cold medicines) does the same. Some chemotherapy drugs affect circulation. If cold feet started or worsened after a new prescription, mention it to your doctor.
Smoking and caffeine
Smoking damages blood vessel walls and constricts arteries. Caffeine constricts blood vessels temporarily. Neither causes poor circulation on its own, but both worsen it.
What helps most
This type responds to the combination of better warmth and more movement. Thermal socks retain the heat your body generates. Regular walking and foot exercises improve the efficiency of blood delivery. Hydration supports blood flow. Quitting smoking is the single most impactful lifestyle change for vascular health.
Where warmth and movement work together
General circulation responds to two things: better insulation (so the warmth your blood delivers stays longer) and more movement (so blood reaches your feet more often). The right sock handles the first. Walking, exercises, and hydration handle the second. Neither alone is as effective as both together.
ORIGINAL Socks
Maximum insulation for when you are least active. Sedentary hours are when general circulation delivers the least warmth to your feet.
LITE Socks
Walking is the best exercise for lower-limb circulation. LITE fits inside the shoes you walk in, so your circulation gets both the movement benefit and the insulation benefit.
Slipper Socks
Cold tile and hardwood actively draw heat from your feet through conduction. Non-slip soles let you move safely on hard surfaces, combining warmth with the movement that improves flow.
Warmth when circulation is compromised
Cold intolerance from thyroid or anemia means your body produces less heat. Circulation-related cold feet are different: your body may produce heat normally, but the delivery system to your feet is compromised. Less blood reaches your feet per minute. Every unit of warmth that does arrive is harder to replace if it escapes. That changes how you think about warmth.
The delivery problem
In a healthy circulatory system, warm blood continuously refreshes the heat in your feet. Lose some warmth through a thin sock, and the next pulse of blood replaces it. When circulation is reduced, that replacement cycle slows down. Heat escapes faster than your blood can resupply it. This is why your feet can be cold in a warm room: the room temperature is fine, but the supply line to your feet is not keeping up.
This means two things for choosing socks. First, insulation efficiency matters more for you than for someone with normal circulation. The difference between a cotton sock (0.3 TOG) and a thermal sock (2.3 TOG) is significant for anyone. For someone whose blood delivers less warmth per minute, that difference is the gap between comfortable feet and cold feet that never warm up. Second, anything that further restricts blood flow makes the supply problem worse. Warmth and fit are not separate considerations. They are the same consideration.
Why fit is the priority, not just warmth
For conditions covered in our cold intolerance guide (thyroid, anemia, POTS), non-restrictive fit is a comfort preference. For circulation conditions, it is a vascular requirement.
The difference: If your thyroid is underactive, a tight sock is uncomfortable. If your arteries are narrowed by PAD, a tight sock physically reduces the blood volume reaching your foot. If you have Raynaud's, a tight sock adds external pressure to vessels that are already clamping shut. If you have neuropathy, a tight sock creates pressure points you cannot feel, on skin that heals slowly. Non-restrictive fit is not a feature. It is the first thing to check.
The practical test: if your socks leave red marks, indentations, or a visible line when you remove them, they are restricting blood flow. Look for non-binding cuffs and adequate sizing. If in doubt, size up.
Core warmth reduces the triage response
When your core temperature drops, your body constricts blood vessels in your extremities to protect vital organs. This is the same vasoconstriction response that makes every type of circulation problem worse. For PAD, it further restricts already-narrowed arteries. For venous insufficiency, it slows the return flow that is already struggling. For Raynaud's, it compounds the vasospasm.
Keeping your core warm (thermal base layers, warm clothing before you feel cold) reduces this triage signal. Your body is less likely to pull blood away from your feet when it is confident your core is safe. This is not generic advice. It is the most consistent clinical recommendation from the Cleveland Clinic, Mayo Clinic, and AHA for every circulatory condition on this page.
Why cotton fails you worse
Cotton absorbs moisture and holds it against your skin. Evaporation cools the foot. For someone with healthy circulation, the next pulse of warm blood partly compensates. For someone with compromised circulation, that compensating pulse is slower, weaker, or absent. Cotton steals heat your blood cannot replace. Switch to thermal yarns, acrylic blends, or wool, all of which manage moisture rather than absorbing it.
What warmth cannot do
Thermal socks do not widen arteries, repair vein valves, or stop vasospasm. They do not increase blood flow or replace medical treatment. What they do is protect the warmth your blood delivers by slowing the rate at which it escapes. For circulation conditions, that protection matters more than for a healthy foot, because every unit of heat lost is harder to replace.
Choosing by situation: fit first, then warmth
ORIGINAL Socks
Non-binding comfort fit. Maximum insulation where shoe fit is not a constraint. The starting point for most people with circulation issues.
Slipper Socks
Cold hard floors conduct heat away rapidly, forcing your compromised circulation to work harder. Non-slip soles add safety for anyone with reduced sensation or unsteady gait.
LITE Socks
Thinner profile for everyday footwear. Size up shoes by half a size so the thermal sock does not compress your foot inside the shoe, adding a second restriction point.
The compression question: honest answers
If you search "socks for poor circulation," compression socks dominate the results. This is not wrong, but it is incomplete. Whether compression helps depends entirely on which type of circulation problem you have.
When compression helps
Chronic venous insufficiency. Graduated compression (tightest at the ankle, loosening up the leg) pushes blood back toward the heart, counteracting the pooling caused by failing vein valves. For CVI, varicose veins, and post-surgical swelling, compression is a well-evidenced first-line intervention. Medical-grade compression (15 to 20 mmHg or higher) is typically prescribed by a doctor based on the severity of your condition.
Prolonged sitting or standing. If cold feet are mainly a problem during long flights, office days, or standing shifts, mild compression (8 to 15 mmHg) can help prevent blood from pooling in the lower legs. This is the most common over-the-counter use case.
When compression does not help, or makes things worse
Peripheral artery disease. If your arteries are already narrowed by plaque buildup, adding external pressure can further restrict the limited blood flow reaching your feet. The American Heart Association and Cleveland Clinic both note that compression should be used with caution in PAD patients, and only under medical guidance.
Raynaud's phenomenon. The clinical consensus from Raynauds.org, the Mayo Clinic, and the Cleveland Clinic is that Raynaud's requires warm, loose, non-restrictive clothing. Compression adds pressure to vessels that are already clamping shut during an episode. It is the wrong approach for this condition.
What thermal socks do differently
Thermal socks and compression socks are different tools for different problems. Compression supports blood flow mechanics by applying pressure. Thermal insulation retains the heat your body produces by trapping warm air against your skin. They are not interchangeable.
For many people with cold feet, warmth is the more useful intervention. When you do not know which type of circulation issue you have, non-restrictive thermal socks are the safer starting point. They cannot worsen any type of circulation problem. Compression can.
If you are not sure which type of circulation issue you have, non-restrictive thermal socks are the safer starting point. They cannot worsen any type of circulation problem. Compression can. If your doctor has prescribed compression, use what they prescribe. Thermal socks can sometimes be worn alongside compression for additional warmth. Ask your provider about layering.
Venous insufficiency and cold feet
If PAD is a supply problem (not enough blood reaching the feet), chronic venous insufficiency (CVI) is a return problem (blood getting stuck in the legs instead of flowing back to the heart). The distinction matters because the treatments are nearly opposite in some cases.
What happens
Veins have one-way valves that keep blood moving upward toward the heart. When these valves weaken or fail, blood flows backward and pools in the lower legs. This pooling causes swelling, heaviness, aching, and cold feet. The blood is there but it is stagnant, not delivering fresh warmth efficiently.
Signs that point to venous issues
Swelling in feet and ankles
Especially by evening. Often worse after prolonged standing or sitting. Improves overnight or with elevation.
Heaviness and aching in the legs
A tired, leaden feeling that worsens as the day goes on. Different from the walking-related pain of PAD.
Varicose veins
Visible, twisted, enlarged veins on the legs. A direct sign of valve failure.
Skin changes on the lower legs
Brown discoloration around the ankles, dry or scaly patches, or skin that feels hard. These indicate long-standing venous congestion.
What helps
Compression is the first-line intervention here. This is the one type of poor circulation where compression socks are well-evidenced. Graduated compression (tightest at the ankle, loosening up the leg) helps push pooling blood back toward the heart. Medical-grade compression (15 to 20 mmHg or higher) is typically prescribed by a doctor.
Leg elevation, regular movement, and weight management also help. Avoid prolonged standing or sitting in one position.
Where warmth fits alongside compression
Compression addresses the blood pooling. Thermal socks address the cold. They solve different problems, and many people with CVI benefit from both.
How to combine them: Wear your prescribed compression during the day. When you take them off in the evening (as most doctors recommend for sleeping), switch to thermal socks for warmth at home. Some providers also support wearing thermal socks over compression during the day for additional warmth. Ask your doctor which approach suits your situation.
The key point: you do not have to choose between warm feet and treating your venous condition. Compression and thermal warmth work on different mechanisms, and for CVI specifically, they complement each other.
Products alongside venous treatment
ORIGINAL Socks
For warmth after removing compression. Non-binding fit with maximum thermal retention when your feet need it most.
Slipper Socks
For cold evenings on tile or hardwood after a day in compression. Non-slip soles for safety.
Peripheral artery disease and cold feet
PAD is the most serious common cause of circulation-related cold feet. It shares the same underlying process as heart disease: atherosclerosis, the buildup of fatty deposits inside artery walls. When it happens in the arteries supplying your legs and feet, blood flow to the extremities drops.
How common is PAD?
The CDC reports that PAD affects approximately 6.5 million Americans aged 40 and older. Prevalence rises steeply with age: 2 to 4 percent of the population under 50, climbing to 10 to 15 percent over 70. Up to half of people with PAD have no symptoms initially, which means cold feet can be the earliest and only sign for a significant period.
The hallmark sign
Intermittent claudication: leg pain, cramping, or tiredness when walking that stops within minutes of resting. This happens because working muscles need more blood than narrowed arteries can deliver. The Cleveland Clinic describes it as the most common presenting symptom of PAD. If you experience this alongside cold feet, a doctor visit is strongly recommended.
Other signs to watch for
Cold feet, especially one colder than the other
Asymmetry is a strong signal. If one foot is consistently colder, the arterial supply to that leg may be more compromised.
Slow wound healing
Cuts, blisters, or sores on the feet that take longer than expected to heal. Reduced blood flow means less oxygen and fewer immune cells reaching the wound.
Hair loss on legs and feet
Reduced blood supply affects hair follicle growth. Noticeable hair loss on the lower legs is a common and underrecognized sign.
Skin changes
Pale, shiny, or thin skin on the lower legs. In advanced cases, bluish or mottled discoloration of the feet.
Weak or absent foot pulse
Your doctor can check this with a physical exam. A weak pulse in the foot suggests reduced arterial flow.
Risk factors
Smoking is the single biggest modifiable risk factor for PAD. Diabetes, high blood pressure, high cholesterol, age over 50, and family history of vascular disease also contribute. PAD and coronary artery disease share the same risk profile because they share the same underlying process.
Why this matters beyond cold feet: PAD is a cardiovascular warning sign. The same process narrowing your leg arteries may be affecting arteries supplying your heart and brain. People with PAD have a significantly elevated risk of heart attack and stroke. Getting PAD diagnosed is not just about warm feet. It is about catching a systemic problem early.
Where warmth fits
Thermal socks help with comfort but do not increase blood flow. Non-restrictive fit is critical: narrowed arteries mean any external compression further reduces an already-limited supply. Keeping the whole body warm reduces the body's tendency to redirect blood away from the extremities.
Products for arterial circulation issues
ORIGINAL Socks
Maximum warmth with a non-binding top. No compression on calves. Long-loop thermal pile holds warm air close to skin.
Thermal Base Layers
Keeping your core warm reduces the vasoconstriction signal that pulls blood away from your feet. A circulation investment.
Diabetes, neuropathy, and cold feet
Diabetes and cold feet involve two mechanisms working simultaneously: damaged blood vessels reducing flow, and damaged nerves disrupting temperature signals. The combination makes feet particularly vulnerable.
The double mechanism
Vascular damage: High blood sugar damages blood vessel walls over time (diabetic vascular disease). Diabetes significantly increases the risk of PAD, particularly after age 50. The arterial narrowing process is the same, but diabetes accelerates it.
Nerve damage: Diabetic neuropathy affects the nerves that sense temperature, pain, and pressure. Feet may feel cold when actually warm, because the nerves are not sending accurate signals. Or they may be genuinely cold without you feeling it, because sensation is reduced.
Why non-restrictive fit is a safety issue, not just comfort
When sensation is reduced, you cannot feel a sock that is too tight, a shoe that is rubbing, or a blister forming. Poor circulation means those injuries heal slowly. Every diabetes foot care guideline emphasizes non-restrictive, non-binding socks with adequate sizing. This is not a preference. It is a clinical recommendation.
Avoid direct heat sources. Hot water bottles, heating pads, and sitting too close to heaters carry burn risk when sensation is reduced. Passive insulation (thermal socks) is safer because it retains your body's own heat without introducing an external heat source you might not feel accurately.
Products for diabetes-related cold feet
ORIGINAL Socks
Non-binding top. No tight elastic. Maximum warmth through passive insulation, not external heat sources.
LITE Socks
Thinner profile fits in everyday shoes without adding pressure. Important when you cannot rely on sensation to tell you if a sock is too thick for your shoe.
Raynaud's is not poor circulation
Many people with Raynaud's search "poor circulation" before they know the specific name. This section explains why the distinction matters, so you pursue the right management approach.
What Raynaud's actually is
Raynaud's phenomenon is vasospasm: small arteries in the extremities overreacting to cold or stress by clamping shut suddenly and excessively. This is different from the gradual narrowing of PAD or the valve failure of venous insufficiency. It is an overreaction, not a blockage.
The hallmark is the color cycle. Toes turn white as blood flow drops. They may turn blue as oxygen runs out. When vessels relax and blood returns, they flush red, and that is often when the pain hits: throbbing, burning, pins and needles. An episode can last minutes or more than an hour.
Why the distinction changes everything
The management for Raynaud's is warm, loose, non-restrictive clothing. Raynauds.org, the Mayo Clinic, and the Cleveland Clinic all agree. Compression socks can make Raynaud's worse because they add external pressure to vessels that are already clamping shut. This is the opposite of the venous insufficiency approach, which is why knowing your type matters.
If your toes change color with cold, start with the Raynaud's guide. Heat Holders socks are tested and endorsed by Raynauds.org, the top resource for people with Raynaud's disease. They tested our socks with their members and confirmed benefits beyond softness and warmth.
Movement, exercise, and lifestyle
Socks keep warmth in. Movement creates warmth. The combination is more effective than either alone, and the evidence on movement and circulation is strong.
Exercises that improve blood flow to your feet
Walking: 30 minutes daily
The most-studied exercise for lower-limb circulation. The AHA and Cleveland Clinic both recommend structured walking for PAD. Can be broken into shorter sessions: three 10-minute walks work. If walking causes leg pain that eases at rest, talk to your doctor about supervised exercise therapy.
Ankle circles: 10 each direction
Seated exercise. Rotate each ankle clockwise 10 times, then anticlockwise 10 times. Repeat every 30 minutes during prolonged sitting. Activates the muscles that help pump blood through the lower legs.
Toe scrunches: 10 reps
Scrunch toes tight for 5 seconds, then spread wide for 5 seconds. Repeat 10 times. Activates the small muscles in the foot that support blood circulation at the extremity level.
Calf raises: 15 reps
Standing, rise onto tiptoes. Hold 2 to 3 seconds. Lower slowly. Repeat 15 times. Your calf muscle acts as a pump for venous return, physically squeezing blood upward through the veins with each contraction.
Seated leg marches: 30 seconds
Seated, lift alternating knees as if marching in place. Continue for 30 seconds. Activates thigh and hip muscles that support circulation in the legs. Good for desk workers and long flights.
Lifestyle factors
Leg elevation. 15 to 30 minutes with feet above heart level, especially in the evening. Gravity assists venous return. Particularly helpful for venous insufficiency and general swelling.
Hydration. Dehydration thickens blood and reduces circulation efficiency. Simple, evidence-backed, and easy to overlook.
Smoking cessation. The single most impactful modifiable risk factor for vascular disease. Smoking damages artery walls, accelerates plaque buildup, and constricts blood vessels. Quitting improves circulation measurably.
Circulation-supporting foods. Beetroot contains nitrates that promote vasodilation (widening of blood vessels). Oily fish (salmon, mackerel, sardines) provide omega-3 fatty acids that reduce vascular inflammation. Dark leafy greens also contain nitrates. Citrus fruits provide vitamin C, which supports blood vessel wall integrity. Ginger and turmeric have anti-inflammatory properties. These are not a substitute for medical treatment, but they support the vascular system that delivers warmth to your feet.
What makes things worse
Prolonged sitting without moving. Crossing your legs (restricts blood flow at the knee). Excessive caffeine (constricts blood vessels temporarily). Tight socks, shoes, and clothing that compress the lower leg. Cold environments without adequate insulation.
Footwear for poor circulation
The right sock matters, but the shoe or boot around it matters too. Tight footwear compresses the sock, restricts circulation, and undoes the warmth you are trying to build.
Three principles
Size up for thermal socks
Size up by half a size when buying new shoes or boots to accommodate thermal socks without compression. If your shoes leave marks or feel tight after a day's wear with thermal socks, they are too small for the combination.
Insulated soles on cold surfaces
Cold floors, concrete, and frozen ground conduct heat away from your feet through the sole. Insulated boots with thick soles provide a barrier. For winter boots, look for insulated linings. Avoid fashion boots with thin soles and tight shafts: they look warm but often are not.
Avoid tight ankle openings
Tight boot shafts and shoe openings act as a partial tourniquet on compromised circulation. Look for boots with a generous opening that does not compress the sock at the calf.
Matching socks to footwear
ORIGINAL socks (2.3 TOG) pair best with insulated boots or roomy casual footwear. LITE socks fit casual shoes and standard boots. ULTRA LITE socks fit dress shoes and work footwear. The trade-off is always warmth versus profile: thicker retains more heat, thinner fits more shoes.
Indoor footwear
Slipper socks with non-slip soles are the indoor answer. Hardwood and tile floors conduct heat away from your feet rapidly. Non-slip grips add safety, especially for anyone less steady on their feet or with reduced sensation from neuropathy.
When to see your doctor
Warmth is self-care. Diagnosis and treatment are medical conversations. This page can help with the first. Your doctor handles the second.
See your doctor if you notice
Leg pain when walking that stops with rest
Intermittent claudication is the classic PAD sign. Common, treatable, important to catch early. Your doctor can check with an ankle-brachial index (ABI) test: quick, non-invasive, and reliable.
Persistent swelling in feet or ankles
Swelling that does not resolve with elevation may indicate venous insufficiency or other conditions. Your doctor can assess whether compression therapy or further investigation is appropriate.
Color changes: white, blue, or mottled skin
Toes turning white or blue with cold exposure could be Raynaud's. Persistent discoloration suggests significantly compromised circulation. Either warrants a clinical conversation.
Slow-healing wounds on the feet
Poor circulation impairs wound healing. A cut, blister, or sore that does not heal normally is a sign that blood flow is insufficient to support tissue repair. Especially important for people with diabetes.
Numbness, tingling, or loss of feeling
Nerve involvement alongside circulation problems changes the picture. Numbness can mask injuries, pressure points, and blisters, making non-restrictive fit critical.
Cold feet after starting a new medication
Beta-blockers, migraine medications, decongestants, and some chemotherapy drugs can cause cold feet as a side effect. Mention the timing to your doctor.
Cold feet alongside diabetes, high blood pressure, or smoking history
These are PAD risk factors. Cold feet in this context warrant screening even if you have no other symptoms.
What your doctor will want to know
When symptoms started. Whether one leg or both are affected. Whether the cold is constant or comes and goes. What makes it better or worse. Your medical history: diabetes, blood pressure, cholesterol, smoking. Current medications. Family history of vascular disease.
What tests to expect
Ankle-brachial index (ABI): the standard screening test for PAD. Blood pressure cuffs on the arm and ankle, compared. Quick and non-invasive. Duplex ultrasound: for venous issues. Visualizes blood flow through the veins and identifies valve failure. Blood tests: for diabetes, thyroid function, iron levels, and cholesterol if those are suspected contributors.
Everything on this page works alongside medical care, not instead of it. We can help with the warmth part. For diagnosis, treatment, and medication, your doctor is the right conversation.
What customers with circulation issues say
We hear from thousands of customers with circulation problems. Their reviews are where our confidence in this advice comes from. Not marketing claims. Real experience from people who have tried everything else.
"Nothing had worked on my feet to keep them warm. Nothing! I have poor circulation and these comfy fluffy pink socks from heaven keep them so very nice and toasty! Got a pair for my hubby too who works outside in the winter he loves them!"
Lauron N., Women's Ashley ORIGINAL Long Socks
"I have poor circulation in my calves and feet so I wear these from the time I get home from work to when i get up the next morning excluding times when I'm working in my yard). No more cold feet. they are so worth the price. thank you heat holders!"
Jack B., Men's Long Stripe Socks
