Menu
The Horace Whitlock Company
  • Home
  • Instructions For Oiling A Clock
  • Tech Notes
  • Horace Whitlocks 11 Piece Clock Cleaning and Oil Kit
  • Our Story
  • Clock Oil
  • Our Latest News
  • Blog
  • Grandfather Clock Oil
  • FAQ
  • Product
  • Product
  • Cuckoo Clock Oil
  • Horace Whitlock Knife
  • Home
  • Instructions For Oiling A Clock
  • Tech Notes
  • Horace Whitlocks 11 Piece Clock Cleaning and Oil Kit
  • Our Story
  • Clock Oil
  • Our Latest News
  • Blog
  • Grandfather Clock Oil
  • FAQ
  • Product
  • Product
  • Cuckoo Clock Oil
  • Horace Whitlock Knife

What is WD40 And Why You Should Not Use It On Your Clock

5/7/2025

0 Comments

 
Picture
 WD-40 is a multi-purpose product primarily known as a penetrating oil and lubricant. Its name stands for "Water Displacement, 40th formula," reflecting its origin as a water-displacing spray developed in 1953 by the Rocket Chemical Company. The main ingredients typically include:
  • Aliphatic hydrocarbons (50-75%): These act as solvents to dissolve rust and grime.
  • Petroleum base oil (10-25%): Provides lubrication to reduce friction.
  • Carbon dioxide (2-3%): Used as a propellant in aerosol cans.
  • Other proprietary additives for corrosion resistance and penetration.
WD-40 is marketed for a wide range of uses, including loosening rusted or stuck parts, displacing moisture, protecting metal surfaces from corrosion, and providing temporary lubrication.
How Does WD-40 Work?

WD-40's functionality stems from its key properties:
  1. Penetration: The low-viscosity solvents in WD-40 creep into tight spaces, such as rusted bolts or seized mechanisms, breaking down rust and corrosion to free stuck parts.
  2. Lubrication: The petroleum-based oil leaves a thin film that reduces friction between moving parts, making them operate more smoothly.
  3. Water Displacement: WD-40 repels moisture, preventing rust and corrosion by forming a barrier on metal surfaces.
  4. Cleaning: Its solvents dissolve grease, dirt, and adhesives, making it effective for cleaning surfaces.
  5. Corrosion Protection: Additives form a protective layer to shield metal from environmental damage.
These properties make WD-40 versatile for tasks like loosening screws, silencing squeaky hinges, or protecting tools from rust.

Why WD-40 Is Not Good for Clocks. Using WD-40 on clocks, especially mechanical or antique ones, is generally discouraged by horologists (clockmakers) for several reasons:
  1. Attraction of Dust and Debris:
    • WD-40 leaves a sticky residue as its volatile solvents evaporate. This residue attracts dust, dirt, and other particles, which can accumulate in the clock's delicate gears and pivots.
    • Over time, this debris mixes with the oil to form a gummy sludge, increasing friction and wear on the clock’s components.
  2. Improper Lubrication:
    • Clocks require specialized, high-quality lubricants (e.g., synthetic clock oils or greases) with specific viscosity and stability tailored to their precise mechanisms. These lubricants are designed to stay in place and resist breakdown over long periods.
    • WD-40 is a lightweight, temporary lubricant not formulated for the sustained, low-friction needs of clock movements. It evaporates or degrades quickly, leaving parts unlubricated and prone to wear.
  3. Potential Damage to Components:
    • The solvents in WD-40 can dissolve or degrade existing clock oils, stripping away proper lubrication and causing metal-to-metal contact.
    • In antique clocks, WD-40 may harm delicate materials like lacquered finishes, wooden cases, or plastic components, leading to cosmetic or functional damage.
  4. Over-Penetration:
    • WD-40’s penetrating properties can cause it to spread beyond the intended application area, reaching parts of the clock (e.g., balance wheels or escapements) where lubrication is harmful. This can disrupt the clock’s timing and accuracy.
  5. Short-Term Fix, Long-Term Harm:
    • While WD-40 may temporarily free a stuck clock mechanism or reduce squeaking, its effects wear off quickly. The residue and lack of proper lubrication accelerate wear, leading to costly repairs or permanent damage.
Recommended Alternatives for Clocks For clock maintenance, use:
  • Synthetic clock oils (e.g., Horace Whitlocks Clock Oil ), designed for specific clock parts like pivots, gears, or mainsprings.
  • Clock greases for high-friction areas like winding mechanisms.
  • Professional cleaning solutions to remove old oils and debris without damaging components.
Best Practice: Clocks should be cleaned, lubricated, and serviced every 3-5 years to ensure longevity. If WD-40 has already been applied, the clock should be disassembled, thoroughly cleaned to remove residue, and properly re-lubricated.
ConclusionWD-40 is a versatile product for many household and industrial tasks, but its properties make it unsuitable for clocks. Its sticky residue, improper lubrication, and potential to damage delicate components can harm a clock’s mechanism and longevity. For clock care, stick to specialized lubricants and professional maintenance to keep timepieces running smoothly.


0 Comments

Complete Guide to Pocket Knife Care

4/30/2025

0 Comments

 
Picture

Proper maintenance of a pocket knife ensures its longevity, performance, and safety. This guide covers sharpening, cleaning, maintaining the blade and body, and best practices for storage.
1. Sharpening the Blade
A sharp blade is safer and more effective. Sharpening should be done when the blade feels dull or struggles to cut cleanly.
Tools Needed:
  • Whetstone (dual-grit: 1000/6000 for general use)
  • Sharpening rod (ceramic or steel for quick touch-ups)
  • Angle guide (optional, for consistent angles)
  • Lubricant (water or honing oil, depending on stone type)
Steps:
  1. Determine the Bevel Angle: Most pocket knives have a 15-20° angle per side. Check the manufacturer’s specs.
  2. Prepare the Whetstone: Soak a water stone for 10-15 minutes or apply honing oil to an oil stone.
  3. Sharpen the Blade:
    • Place the blade on the coarse side (e.g., 1000 grit) at the correct angle.
    • Using light pressure, slide the blade forward along the stone, moving from the base to the tip in a smooth motion.
    • Repeat 8-10 times per side, alternating sides to maintain even sharpening.
    • Check for a burr (a slight roughness along the edge) to confirm sharpening progress.
  4. Refine the Edge: Switch to the fine side (e.g., 6000 grit) and repeat the process with lighter pressure for a polished edge.
  5. Hone the Edge: Use a ceramic rod or leather strop to remove any remaining burr and refine the edge.
  6. Test the Blade: Slice through paper or shave arm hair to check sharpness. If it snags, repeat the fine sharpening.
Tips:
  • Sharpen every 1-3 months, depending on usage.
  • Avoid electric sharpeners, as they can remove too much metal or overheat the blade.
  • Practice on a cheap knife to master the technique.
2. Cleaning the Blade and Body
Regular cleaning prevents corrosion, removes debris, and keeps the knife functional.
Tools Needed:
  • Mild dish soap
  • Warm water
  • Soft cloth or sponge
  • Toothbrush (for pivot and crevices)
  • Cotton swabs
  • Rust remover (e.g., naval jelly, for rusted blades)
  • Compressed air (optional)
Steps:
  1. Disassemble (if possible): If the knife allows, carefully disassemble it to access all parts. Note the position of screws and components.
  2. Clean the Blade:
    • Mix warm water with a few drops of mild dish soap.
    • Wipe the blade with a soft cloth or sponge dipped in the solution.
    • For stubborn grime or sap, use a toothbrush or cotton swab.
    • If rust is present, apply rust remover per product instructions, then scrub gently with a non-abrasive pad.
  3. Clean the Handle and Pivot:
    • Use a toothbrush to scrub the handle, especially textured or grooved areas.
    • Clean the pivot area and locking mechanism to remove dirt or pocket lint.
    • Blow out debris with compressed air if available.
  4. Rinse and Dry:
    • Rinse all parts with clean water to remove soap or cleaner residue.
    • Dry thoroughly with a clean, lint-free cloth to prevent water spots or corrosion.
  5. Reassemble: Carefully reassemble the knife, ensuring screws are snug but not over-tightened.
Tips:
  • Clean after exposure to moisture, sap, or blood (e.g., after camping or food prep).
  • Avoid harsh chemicals like bleach, which can damage finishes or handle materials.
  • Never soak the knife, as prolonged water exposure can harm wood or metal components.
3. Maintaining the Blade and Body
Maintenance protects the knife from wear and ensures smooth operation.
Blade Maintenance:
  • Apply Oil: After cleaning, apply a thin layer of blade oil (e.g., Horace Whitlocks Industrial Lubricating Oil) to the blade to prevent rust. Use a cloth to spread evenly.
  • Check for Damage: Inspect for nicks, chips, or bends. Minor nicks can be sharpened out; severe damage may require professional repair.
  • Avoid Corrosion: For carbon steel blades, be extra vigilant about moisture. Stainless steel is more resistant but not immune.
Body Maintenance:
  • Lubricate the Pivot: Apply a drop of pivot lubricant (e.g., Horace Whitlock’s Knife Pivot Lubricating Oil) to the pivot point for smooth opening and closing. Wipe away excess.
  • Tighten Screws: Check for loose screws in the handle or clip and tighten with a precision screwdriver. Use thread-locker  for persistent loosening.
  • Handle Care:
    • Wood: Apply a light coat of wood conditioner or linseed oil to prevent drying or cracking.
    • Metal: Polish with a metal polish (e.g., Flitz metal polish)
    • Plastic/Synthetic: Wipe with a damp cloth; avoid abrasive cleaners.
  • Inspect the Lock: Ensure the locking mechanism (e.g., liner lock, frame lock) engages securely. If it feels loose, consult a professional.
Tips:
  • Perform maintenance monthly or after heavy use.
  • Use food-safe oil (e.g., mineral oil) for knives used in food prep.
  • Avoid over-lubrication, as it can attract dust and debris.
4. Best Practices for Storing a Pocket Knife
Proper storage prevents damage, maintains sharpness, and ensures safety.
Storage Guidelines:
  • Store in a Dry Environment: Keep the knife in a cool, dry place to prevent rust. Avoid humid areas like bathrooms.
  • Use a Sheath or Case: Store the knife in a leather or nylon sheath, padded case, or dedicated knife roll to protect the blade and body.
  • Avoid Loose Storage: Don’t store the knife loose in a drawer or toolbox, as it can get scratched, dulled, or damaged.
  • Close Folding Knives: Always close the blade before storing to prevent accidental cuts or damage to the edge.
  • Use Silica Gel: In humid climates, store the knife with a silica gel packet to absorb moisture.
  • Long-Term Storage:
    • Apply a generous coat of oil to the blade and pivot.
    • Wrap the knife in a soft cloth or store in an airtight container.
    • Check periodically (every 3-6 months) for rust or oil degradation.
Tips:
  • If carrying daily, use a pocket clip or sheath to prevent the knife from rattling against other items.
  • For collectible knives, consider a display case with UV protection to prevent handle fading.
  • Label storage cases for quick identification if you own multiple knives.
Additional Tips:
  • Safety First: Always handle the knife with care, especially during cleaning or sharpening. Use cut-resistant gloves if needed.
  • Know Your Knife: Different materials (e.g., carbon vs. stainless steel, G10 vs. micarta handles) have unique care needs. Refer to the manufacturer’s guidelines.
  • Professional Help: For complex repairs, custom sharpening, or re-profiling, consult a professional knifemaker or sharpener.
  • Regular Use: A pocket knife benefits from regular use, as it keeps the pivot lubricated and the blade active.
By following these steps, your pocket knife will remain sharp, functional, and reliable for years. Regular care also enhances its aesthetic appeal and resale value if you choose to part with it.


0 Comments

Why Knife Maintenance Matters: Keep Your EDC Sharp with Horace Whitlock’s Knife Pivot Lube

4/21/2025

0 Comments

 
Picture

Your Every Day Carry (EDC) knife isn’t just a tool—it’s a daily companion. Whether you're opening boxes, cutting cord, prepping a fire, or just keeping it handy because you never know what the day will throw at you, that knife deserves some respect. Like any hard-working tool, it needs upkeep to stay reliable.
That’s where Horace Whitlock’s Knife Pivot Lube comes in. Designed for those who don’t settle for cheap gimmicks or neglect their gear, our pivot lube keeps your knife operating smooth, silent, and strong—day after day.
Why Knife Lubrication MattersIf you’re not lubing your pivot, you’re already behind.
The pivot is the heart of your folding knife’s action. It’s where friction lives—and friction leads to wear, sluggish deployment, or even lock failure. A quality pivot lube does three critical things:
  1. Reduces Friction: You want a fast, clean opening with no grit or grind. Our lube creates a low-drag barrier between moving parts.
  2. Prevents Corrosion: Moisture and pocket lint are silent killers. Our formula resists rust, even in humid or sweaty conditions.
  3. Extends Lifespan: Fewer friction points mean less wear on your knife’s washers, bearings, and liners. That adds up over time.
Meet Horace Whitlock’s Knife Pivot Lube. This isn’t some repackaged hobby oil. Our pivot lube is engineered for precision blades and tactical gear. It’s a lightweight synthetic blend—slick enough for buttery-smooth action, durable enough to last weeks between applications, and clean enough not to gum up over time.
We bottled it in a convenient 15ml precision needle oiler, so you can apply just the right amount exactly where you need it—no waste, no mess.
Ideal For:
  • EDC folders and flippers
  • Assisted opening knives
  • Tactical and survival knives
  • High-end collector blades
  • Even multi-tools and folding saws
Quick Knife Maintenance Routine (5 Minutes or Less)
  1. Disassemble (if you’re comfortable) or just clean around the pivot and blade area.
  2. Wipe away debris and old lubricant with a clean cloth.
  3. Apply 1-2 drops of Horace Whitlock’s Pivot Lube directly to the pivot joint.
  4. Open and close the blade a few times to distribute the lubricant.
  5. Wipe off any excess. Done.
Respect Your Blade. Lube It Right.Too many guys carry a knife they never clean. Then they wonder why it sticks, squeaks, or rusts. Don’t be that guy.
Take 2 minutes every few weeks to oil your pivot. Your knife—and your future self—will thank you.

Grab your bottle of Horace Whitlock’s Knife Pivot Lube now and keep your edge where it belongs--sharp, fast, and always ready.


👉 Available now on Amazon and HoraceWhitlockOil.com


0 Comments

Why Is My Clock Running Slow? Common Causes and Solutions

3/7/2025

0 Comments

 
Picture
Clocks, both mechanical and quartz, are intricate pieces of craftsmanship designed to keep time accurately. But over time, many clock owners experience the frustration of their clocks running slow. A clock that’s not keeping accurate time can be a sign of several issues, ranging from something as simple as environmental factors to more complex mechanical problems. Understanding the reasons why your clock is running slow is the first step toward fixing it. In this blog post, we’ll explore the most common causes and solutions.
1. Clock Is in Need of Cleaning or Lubrication
One of the most common reasons for a mechanical clock running slow is dirt, dust, or old oil buildup within the movement. Clocks are delicate machines, and their internal components must move freely to maintain accurate time. As the oil inside the clock ages, it can become sticky or dry out, causing friction that slows down the movement of the gears.
Solution:
  • If your clock hasn’t been cleaned in several years, it’s time for maintenance. A professional clockmaker can disassemble, clean, and re-lubricate the movement.
  • Use high-quality clock oil when lubricating the movement yourself (if you have the knowledge). Not all oils are suitable for clock mechanisms, and using the wrong type can cause more harm than good.
2. Improper Clock Oil or Lack of Lubrication
Mechanical clocks require proper lubrication for the gears to run smoothly. Without regular lubrication, the friction between the moving parts can cause the clock to run slow or stop altogether. Additionally, using the wrong type of oil can result in sticky residue that impedes the smooth functioning of the gears.
Solution:
  • If you are maintaining the clock yourself, always use clock-specific oils. These are formulated to withstand the low friction and precision required for clock movements. Regular household oils like WD-40 or motor oil should never be used.
3. Worn Out or Damaged Parts
Mechanical clocks rely on a set of gears, springs, and escapements to function properly. Over time, these parts can wear out due to continuous use, causing the clock to run slow or inconsistently. For example, a worn-out escapement could prevent the clock from keeping accurate time.
Solution:
  • If worn parts are the issue, they need to be replaced by a professional. In some cases, parts can be refurbished, but many clockmakers prefer to replace them to ensure the clock functions as it should.
4. Inaccurate Pendulum Adjustment
In pendulum clocks, the length of the pendulum determines the speed at which the clock runs. If the pendulum has been altered or moved, it may need to be adjusted to regulate the speed of the clock. A longer pendulum will cause the clock to run slow, while a shorter pendulum will cause it to run fast.
Solution:
  • Adjust the pendulum by turning the adjustment screw or nut at the bottom. Turning it clockwise will shorten the pendulum and make the clock run faster, while turning it counterclockwise will lengthen it and slow it down.
  • If you’re unsure of how to adjust the pendulum properly, refer to the clock’s manual or consult a clockmaker.
5. Temperature and Humidity Fluctuations
Environmental factors, such as temperature and humidity, can affect the performance of a clock. For example, pendulum clocks can be affected by temperature changes that cause the pendulum to expand or contract, which in turn affects timekeeping. Similarly, high humidity levels can lead to moisture buildup inside the clock, affecting the movement and causing it to slow down.
Solution:
  • Keep your clock in a location with stable temperature and humidity levels. Avoid placing it near windows, heaters, or air conditioning vents.
  • In extreme cases, you might need to add or replace a temperature-compensated pendulum designed to adjust for environmental changes.
6. Winding Issues (For Mechanical Clocks)
Mechanical clocks, particularly wind-up ones, require consistent winding to maintain accurate time. If the clock is not wound properly or has been over wound, it may begin to run slow. In some cases, an improperly wound clock can stop altogether.
Solution:
  • Ensure that you wind the clock regularly according to the manufacturer's instructions. Some clocks need daily winding, while others only require winding every few days or weekly. Follow the clock’s winding schedule to prevent slow performance.
  • If over winding is suspected, it’s best to consult a professional, as forcing the mechanism could lead to damage.
7. Battery Issues (For Quartz Clocks)
If you have a quartz clock that’s running slow, the problem could be as simple as a dying battery. Quartz clocks rely on a battery-powered movement to keep time. As the battery loses power, the clock may begin to slow down before eventually stopping.
Solution:
  • Replace the battery with a fresh one. Be sure to use the correct battery type as specified by the manufacturer.
  • If a new battery doesn’t resolve the issue, the quartz movement itself may be faulty, in which case replacing the movement is often more cost-effective than attempting repairs.
8. Clock Not Level
Many mechanical clocks, particularly those with pendulums, need to be positioned on a level surface to keep accurate time. If the clock is tilted or leaning, the pendulum’s movement can be hindered, causing the clock to run slow or irregularly.
Solution:
  • Use a spirit level to ensure your clock is perfectly level. If the clock is wall-mounted, check that it’s securely attached and not leaning.
  • On shelf clocks, use adjustable feet if available to make precise leveling adjustments.
9. Interference from Nearby Magnetic Fields
Quartz clocks are susceptible to interference from strong magnetic fields, which can affect their timekeeping. Items such as speakers, magnets, and electronic devices placed near a quartz clock can cause it to run slow.
Solution:
  • Move the clock away from any devices or objects that generate a magnetic field. Ensure the clock is positioned in a stable environment free from electronic interference.
Conclusion
A slow-running clock can be frustrating, but with proper care and attention, most clocks can be restored to accurate timekeeping. Regular maintenance, such as cleaning, lubrication, and periodic adjustments, can help prevent many common issues. Whether you’re dealing with a mechanical or quartz clock, diagnosing the root cause is essential to getting your clock back on track. If you’re ever in doubt, it’s always wise to consult a professional clockmaker for advice and repair services.
Taking the time to care for your clock not only ensures that it runs smoothly but also preserves its value and longevity for generations to come.
 


0 Comments

The Secret to a Happy Cuckoo Clock: Proper Lubrication with Horace Whitlock Clock Oil

2/13/2025

0 Comments

 
Picture
Cuckoo clocks are more than just timekeepers—they’re charming, nostalgic pieces of craftsmanship that bring joy with their hourly call. Whether you own a traditional Black Forest cuckoo clock or a modern reproduction, proper maintenance is key to keeping your clock in perfect working order. One of the most crucial aspects of cuckoo clock care is using the right clock oil, and that’s where Horace Whitlock Clock Oil comes in.

Why Lubrication Matters for Your Cuckoo Clock
Cuckoo clocks have intricate movements, with gears, pivots, and levers that work together to keep time and trigger the cuckoo bird’s charming call. Over time, these moving parts experience friction, which can lead to wear, loss of accuracy, and even clock failure if not properly maintained. Regular lubrication with high-quality clock oil reduces this friction, extending the life of your clock and ensuring smooth operation.


Why Choose Horace Whitlock's Clock Oil?
Not all oils are created equal, and using the wrong type can do more harm than good. Household oils or low-quality lubricants can gum up the delicate mechanics of your cuckoo clock, leading to sluggish performance or even damage. Horace Whitlock Clock Oil is specially formulated to provide superior lubrication without leaving sticky residues or drying out over time. It’s trusted by clock enthusiasts and professionals alike for its:
  • Precision Formula: Designed specifically for clock movements, ensuring optimal performance.
  • Long-Lasting Protection: Prevents wear and tear, reducing the need for frequent maintenance.
  • Residue-Free Application: Unlike common oils, it won’t attract dust or gum up the gears.
How to Oil Your Cuckoo ClockOiling your cuckoo clock is a simple yet essential task that should be done every few years. Here’s a step-by-step guide to using Horace Whitlock Clock Oil:
  1. Prepare the Clock: Stop the pendulum and remove the weights and pendulum to access the movement.
  2. Identify Lubrication Points: Look for the pivots and gear teeth where friction occurs. Do not oil plastic parts or unnecessary areas.
  3. Apply the Oil Sparingly: Using a precision applicator, apply a small drop of Horace Whitlock Clock Oil to each pivot point. Avoid over-oiling, as excess oil can attract dust.
  4. Reassemble and Test: Once lubricated, reattach the pendulum and weights, then restart the clock to ensure smooth operation.

Preserve the Charm of Your Cuckoo Clock
Cuckoo clocks are heirloom-quality timepieces that deserve proper care. With the right maintenance and the best clock oil, you can keep your clock chiming beautifully for generations. Horace Whitlock Clock Oil provides the reliability and protection your cuckoo clock needs to continue bringing joy and precision to your home.
Ready to give your cuckoo clock the care it deserves? Try Horace Whitlock Clock Oil today and experience the difference in performance and longevity!

For more clock maintenance tips and expert advice, stay tuned to our blog and follow us for updates!




0 Comments

Why Choose Horace Whitlock’s Clock Cleaning Kit?

1/29/2025

0 Comments

 
Picture
Horace Whitlock Clock Cleaning Kit Review: The Best Choice for Antique & Modern Clocks
If you’re passionate about maintaining your clocks, whether they are antique heirlooms or modern precision timepieces, the Horace Whitlock Clock Cleaning Kit is a must-have. This all-in-one solution makes clock maintenance easy, ensuring your timepieces run smoothly for years. In this review, we’ll cover everything you need to know about this highly rated clock cleaning kit and why it stands out in the market.

Clock maintenance is essential for the longevity of your timepieces. Dust, dirt, and old clock oil can cause unnecessary friction, leading to wear and tear over time. That’s where the Horace Whitlock Clock Cleaning Kit excels. It is designed specifically for clock restoration, cleaning, and lubrication, ensuring optimal performance.
Key Features and Benefits
  1. Comprehensive Clock Cleaning Solution
    • This kit includes Horace Whitlock clock oil, a specialized formula that ensures smooth movement without over-lubrication.
  2. Safe for Antique and Modern Clocks
    • Formulated to be gentle on brass clock movements, delicate gears, and intricate mechanisms.
    • Prevents corrosion and enhances clock longevity.
  3. Easy-to-Use Application Tools
    • Comes with precise applicators to help reach small clock gears and pivots.
    • Ensures you use the right amount of clock lubricant without excess buildup.
  4. Proven to Reduce Wear and Tear
    • The best clock oil for maintaining smooth operation and preventing mechanical failures.
    • Reduces friction between clock wheels, pallets, and pivots..
  5. Step by Step downloadable detailed file with color pictures and great details
Customer Reviews and Testimonials Many clock enthusiasts and professional restorers swear by the Horace Whitlock Clock Cleaning Kit. Here’s what some users have said:
  • “This is the best clock oil kit I’ve ever used! My antique grandfather clock runs like new.” – Mark T.
  • “Perfect for DIY clock repair. It made my vintage mantle clock run smoothly again.” – Susan L.
  • “A must-have for any horologist! The clock oil  is powerful but safe on delicate clock parts.” – Robert W.







Where to Buy the Horace Whitlock Clock Cleaning Kit
If you’re ready to invest in the best clock maintenance kit, you can purchase it directly from Amazon. Click here to order your kit today and keep your clocks running in perfect time!

Final Thoughts When it comes to clock repair and maintenance, choosing the right products is crucial. The Horace Whitlock Clock Cleaning Kit provides everything you need for clock oiling, cleaning, and restoration your clock movement, making it the top choice among horologists and hobbyist alike
Whether you own an antique grandfather clock, a cuckoo clock, or a modern quartz timepiece, regular maintenance with the Horace Whitlock clock oil  will ensure accuracy and longevity.  Don’t wait until your clock stops ticking—give it the care it deserves today!




0 Comments

The History Of The Hermle Clock Company

1/28/2025

0 Comments

 
The Hermle clock company, ( like many of the well-known American clock companies, such as Dufe, E. Howard, Seth Thomas, Ingraham, Kroeber and E.N. Wellch along with several others ) owes its existence to one clockmaker who had the desire to build quality clocks, Franz Hermle. While the major American clock companies trace their roots to the early 1800’s, the Hermle Company is a twentieth century success story. The company was started in 1922, shortly after Germany began recovering from World War I, as the Franz Hermle Clock Company in the town of Gosheim near Wuerttemberg, Germany.


Amazingly, at a time when the world economy was plummeting into the Great Depression and American clock companies were struggling to avoid bankruptcy, the new German company prospered. By the early 1930’s, the Hermle clock company was a world leader in the manufacture of quality clock movements. While other clock companies were using nineteenth century methods, Franz Hermle had an eye for efficiency and used the latest modern techniques for producing clock movements.

Like other master clockmakers, Franz Hermle passed on his clockmaking expertise to his four sons: Gebhard, Alfred, Hans and Heinrich, changing the name of the company to Franz Hermle and Sohn. Continuing the success story, Franz Hermle and his sons prospered after the devastation of Germany from World War II, at a time when many of the major American companies could not recapture their former status as world leaders in clockmaking and were soon to disappear from the scene. In addition to the manufacture of clock movements, Franz Hermle and Sohn expanded into the manufacture of clocks and clock accessories. Franz Hermle died in 1953, leaving the company to his sons.

At the current time, Franz Hermle and Sohn remain in the hands of the third generation of Hermle clockmakers. The company continues to specialize in mechanical and quartz movements and other clock parts that are manufactured in a computerized and automated precision manufacturing environment.

Franz Hermle and Sohn is a major worldwide supplier of clock movements, exporting to over 100 countries. Their advertising points out the fact that “You may not recognize our name, but we are the source who keeps the clock industry ticking.” The company manufactures clock movements that are used in clocks worldwide producing, according to their claim, “the largest selection of mechanical and quartz movements available anywhere.”

In addition to being a world leader in the manufacture of clocks and movements, Franz Hermle and Sohn is a leading supplier of clock dials and pendulums. The company also produces decorative weight shells for modern weight-driven clocks, especially grandfather clocks.
 
More Detailed Hermle History:
Nearly one hundred years ago, Franz Hermle began manufacturing and selling mechanical clocks. In 1922, Franz Hermle founded the Franz Hermle Clock Company in Gosheim/Wuerttemberg, Germany. Within ten years the company became known as one of the most modern and efficient manufacturers of clock movements in the clock industry. Franz Hermle and his sons' dedication weathered the effects of WWII and made Franz Hermle and Sohn, prosper while other companies capitulated.

The founder, Franz Hermle, died in 1953 and left a modern and prosperous operation to his sons Gebhard, Alfred, Hans and Heinrich Hermle. They have continued to build the company into a worldwide leader in the manufacturing of clocks, and mechanical clock movements.

One of the recent investments in machinery has been in the procurement of precision equipment to finish the pivots on each clock arbor after all the dust preventive plating materials have been removed. These machines placed a polished finished on the pivots and careful checks are made to ensure that rigid quality control standards are maintained. This improvement should extend the lives of “HERMLE” movements considerably.

The Company also invested a considerable amount of capital in improved processes to finish the pivots on the train wheels in the mechanical clocks. All nickel plating is removed from the pivots and then they are polished using these machines. Then careful inspections are made during each step of this operation. The factory is now working on developing additional features for lesser-priced movements and expects to launch these items in the near future. Hermle is the world leader in the manufacturing of mechanical movements, producing more than 1 million units annually and sells to over 130 countries around the world. It’s not surprising that you will find that many of the mechanical clocks in the market are fitted with a “HERMLE” movement.
 
Applying Modern Technology to The Art of Clockmaking:
Within a few miles of where the Danube River begins, Hermle products begin on their way to almost every country on the globe. Like the Danube, the Hermle factory system has adapted itself to meet the changing nature of the modern marketplace and still maintain a strong forward momentum. The Hermle factories engaged in making both mechanical and electronic clocks are nestled in a picturesque Black Forest valley in southern Germany. The plants are located on the shores of Reichenbach and Gosheim. This valley has always been the home of the Franz Hermle & Sohn Uhrenfabrik and over the last 70 years it has become one of the major business enterprises in the area.

The valley has traditionally been the home of several factories engaged in the production of precision machinery and small mechanical components, so there is an abundance of skilled labor available. Even though some of these factories have grown to a considerable size, the valley has never taken on an urban character and still maintains a quiet village atmosphere that is ideally suited for clock making and precision manufacturing.
This quiet way of life has not impeded the progress of the factories in the area. Most of them are as modern as one would expect to find in any of the major industrially developed countries of the world. All of them have had to automate their operations to the maximum extent possible so they can remain competitive in their respective markets. Franz Hermle and Sohn is no exception in this regard. They have constructed a factory complex which is one of the most modern and efficient facilities in the world for manufacturing both mechanical and electronic clock movements.
Hermle mechanical clocks start their existence in the Reichenbach plant, which produces almost all of the component parts that are found in the wide range of mechanical movements the company manufactures. Several semi-automatic machines that have traditionally been associated with the production of mechanical clock parts have been upgraded with computerized control mechanisms to increase the number and type of functions they can handle. The increased efficiency of these modified machines, as well as the recent investments the company has made in new computerized machinery, has enabled Franz Hermle & Sohn to continue to provide their products at very competitive prices all over the world.
Almost every operation in the Reichenbach plant has been automated and very few workers are required to produce a sizeable quantity of parts for the Hermle assembly lines and spare parts stocks. These continued innovations have helped to reduce the greatest cost factor in any precision manufacturing operation – the cost of labor. In most cases these changes have not been made at the expense of Hermle employees, as those displaced by automation have been relocated to other production activities in another part of the factory system.
One of the most recent investments in machinery has been in the procurement of precision equipment to finish the pivots on each clock arbor after all the rust preventive plating materials have been removed. These machines place a polished finish on the pivots and careful checks are then carried out to ensure that rigid quality control standards are maintained. This improvement should extend the lives of new Hermle movements considerably. Even those operations that still have to be accomplished by hand have been automated to the maximum extent possible. The drums that operate the hammers on chiming movements are still assembled by hand, but every effort has been made to make the parts available to the assembler in a fast and efficient manner.
Other operations such as the assembly of automatic beat setting services are best accomplished by it but automated machinery that can sense the correct tension on the spring is used so the operation can be carried out quickly and efficiently. The clock plates for mechanical movement are prepared on the lower level of the main Gosheim plant. After being stamped from a roll of sheet brass each plate is brought to a perfectly flat state, and the decorative designs are placed on it. Great care is taken in drilling the holes in the plate that will accommodate the wheels and other components. The plate is prepared for finishing and is given a coat of baked lacquer before it is sent on its way to become part of a mechanical clock movement in the assembly facility.
The assembly of mechanical movements is accomplished on the upper levels of the main plant building in Gosheim. Wheels are placed between the plates and the movement starts its journey down the assembly line on a conveyor belt. At each station employees add additional parts to the movement and place it back on the conveyor. This process continues until the movement is completed and moves to the inspection station. All Hermle mechanical movements are test-run for one winding cycle on racks adjacent to the assembly facility. The company devotes a respectable amount of its staff and their time to quality control operations. A considerable investment has been made in computerized equipment to upgrade the quality control efforts of the company.
Most of the mechanical movements are prepared for shipping to Hermle customers all over the world once they have completed their test runs. Other movements are transferred to the new Hermle plant in Gosheim located only a few blocks away, where they are installed in cases procured from local suppliers. Most of the clocks assembled in this facility go to Hermle’s European customers and to fill special orders. While Hermle operates a subsidiary plant in Amherst, Virginia, it is not economically feasible to equip most of these facilities with duplicate machinery. Some parts for mechanical clocks that require specialized machinery or complex manufacturing processes are made in the Reichenbach and Gosheim plants and shipped to Amherst. Every part that goes to the U.S. plant is given a 100 percent quality control inspection before it leaves Gosheim.
Components for Hermle electronic clocks are produced in the buildings that house the plastic injection machines. These parts undergo several different types of finishing processes before they enter the assembly facility. The basic electronic movement is assembled totally by automated equipment. Different components are then added to the basic movements to produce a wide range of functions and features available to Hermle customers. Even though the basic movement is assembled by an automated process most of the operations required to add the additional features can be accomplished by hand more economically for limited production runs.
Hermle electronic 400-day clocks are assembled in the new Gosheim plant by teams of two employees. Each clock is totally assembled by these teams, which is somewhat different than the traditional production line approach used in most factories. The assembly of each electronic clock can be completed quite quickly and efficiently using this method. Several work stations in this facility allow the assembly of different quartz electronic 400-day models at one time.
The Franz Hermle & Sohn showroom in the headquarters building reflects the wide range of horological products the company is capable of manufacturing. These range from traditional, weight-driven clocks to new, state-of-the-art, radio-controlled timepieces. The different styles and features, appearing on clocks made to satisfy the tastes of people in different parts of the world, emphasize the extent of the distribution of Franz Hermle & Sohn’s products.

Now in its third generation, Franz Hermle and Sohn employs over 500 people in 4 locations in Germany and an additional manufacturing facility, Hermle Black Forest Clocks, in Amherst, Virginia, USA. The firm exports clocks and clock movements to more than 100 countries worldwide and are dedicated to leading the industry in computerized and automated precision manufactured clock parts and mechanical and quartz movements.
Hermle Clocks.
 
Dating Hermle Movements:

Hermle clock movements ("FHS" on older movements) have a dating system marked on the back plate of the clock. The following information is stamped in the lower right-hand corner:


Year of Manufacture
Company Name or Logo
(May not be "Hermle" or "FHS")
Model Number
Pendulum Length
Beats Per minute

 


Prior to 1988, the year was indicated by two digits, i.e. 79 indicated that the clock movement was produced in 1979 (see example above).
Starting in 1988, the year of manufacture was indicated by a letter. The following chart correlates the code to the year of manufacture:
 
 

 
Code
Year

A 1988 
B 1989

C 1990

D 1991

E 1992

F 1993

G 1994

H 1995

I 1996

J 1997

K 1998

L 1999

M 2000

N 2001

O 2002

P 2003

Q 2004

R 2005

S 2006

T 2007

U 2008

V 2009

W 2010

X 2011

Y 2012

Z 2013

AA 2014

AB 2015

AC 2016

AD 2017

AE 2018

AF 2019

AG 2020

AH 2021

AI 2022

AJ 2023

AK 2024

AL 2025

PLEASE NOTE: The information on this page is for educational purposes only.

0 Comments

The Hermle 340-020 Clock Movement: A Timeless Classic

1/28/2025

0 Comments

 
Picture

The Hermle 340-020 clock movement has earned its place as one of the most recognized and widely used clock movements in the world. Known for its reliability, precision, and adaptability, this movement has been a cornerstone in the clock making industry for decades. Let’s delve into its history, explore its features, and examine its global reach.

A Brief History of Hermle Clock Movements:
Franz Hermle  established in 1922 in Gosheim, Germany, quickly became a leading manufacturer of mechanical clock movements. The company’s commitment to innovation and quality made it a dominant player in the clock making industry.
The 340-020 movement was first introduced in the mid-20th century as part of Hermle’s efforts to modernize traditional clock making. Designed to be both versatile and durable, it became a popular choice for mantel clocks, wall clocks, and other timepieces. Its robust design and reliable timekeeping quickly set it apart, making it a preferred choice for clock makers and enthusiasts worldwide.

Key Features of the Hermle 340-020

The Hermle 340-020 movement is an 8-day spring-driven movement, featuring:
  1. Chime Options: It offers triple-chime capabilities, allowing users to choose from Westminster, Whittington, and St. Michael chimes. The smooth chime sequencing and rich tones add elegance to any timepiece.
  2. Automatic Night Shut-Off: A built-in feature ensures the chime is silenced during nighttime hours, providing convenience and peace for users.
  3. Pendulum or Balance Wheel Versions: This movement is available in both pendulum and balance wheel configurations, catering to various clock designs.
  4. High-Quality Materials: Hermle uses precision-engineered brass and durable steel components, ensuring longevity and consistent performance.
Numbers Sold and Global Reach The Hermle 340-020 movement has been a global success story, with an estimated millions of units sold worldwide since its introduction. It has been a favorite for:
  • Clock manufacturers seeking reliable and versatile movements.
  • Hobbyists and restorers working on vintage clocks.
  • High-end clock makers producing premium timepieces.
The movement’s popularity spans continents, with significant adoption in Europe, North America, and Asia. Its combination of precision engineering and accessibility has made it a universal standard in the industry.

Why the 340-020 
The enduring appeal of the Hermle 340-020 lies in its perfect balance of traditional craftsmanship and modern functionality. It’s a movement that embodies the best of Hermle’s legacy while meeting the needs of contemporary clock enthusiasts.
Whether you’re a seasoned clock maker or a collector, the Hermle 340-020 movement offers unmatched reliability and a timeless connection to the art of horology. Its history and widespread use underscore its significance as a true classic in the world of clocks.

Care and Maintenance:
Although, the Hermle 340-020 is a workhorse of a movement, reliable and precise, like all mechanical machines, they do require maintenance and service on a regular basis.  The Hermle 340-020 is manufactured in Germany and shipped all over the world. Although they are oiled and tested prior to shipping, during the shipping is where the problems start.  A clock movement has what is called an oil bushing.  this is where a small amount of clock oil sits to oil a moving clock movement. All is fine, as long as the clock is running and the clock oil is being drawn up and oiling the pivot.  Once a clock movement sits for awhile, the oil will pool up at the bottom of the bushing and eventually run out, especially if the movement is not sitting upright in its case.  When a clock manufacturer like the Howard Miller Clock Company receives the 340-020, they will re-oil the movement prior to installing it into the clock case, then ship it to a retail store or directly to someone who has purchased it on-line.  However, if a person was to purchase a Hermle 340-020 directly from a store or the internet, they will receive it dry, with little, if any clock oil in the bushings.  Not knowing this, the receiver of the Hermle 340-020 will install the movement, start it up and let it run, thinking all is good, only to have it worn out within a few years. These movements, like all mechanical clock movements require servicing and cleaning.  Learning to service, clean and oil a clock movement yourself is not all that difficult.

At Horace Whitlock Oil Company, we provide a
free downloadable file that will show you step by step how to clean and re-oil a clock movement like the Herle 340-020. 
With all this said, if you are changing out an old Hermle 340-020 with a newer one, we highly suggest you download this file and perform all the necessary steps prior to installing your new Hermle 340-020 movement. 






0 Comments

Do Cuckoo Clocks Need to Be Oiled? — Cuckoo Clock Maintenance?

1/26/2025

0 Comments

 

If you have a Black Forest cuckoo clock, you might be wondering if it needs to be oiled and how often to keep up with this maintenance.


Picture
How Often Should I Oil My Cuckoo Clock?
As a general rule, cuckoo clocks should be oiled every two to three years; average wall clocks need to be lubricated every three to five years. Oiling keeps everything running smoothly, so don’t skip it. We recommend posting a sticky note on the back of your clock, listing the dates of any maintenance. Also, set a calendar reminder on your phone or desktop, so you don’t forget when it’s time to oil your cuckoo clock.

Why Do I Need to Oil My Cuckoo Clock?
Anything with gears and metal moving parts will need to be oiled, just like parts of your car. You need to keep up with the oiling maintenance on any mechanical clock because if the movements get dry, it will cause severe damage to the clock. Not to mention the clock will not work correctly, and metal will be grinding against metal. Inside the clock’s delicate movement box are carefully placed “oil sinks,” or oil wells, next to the plates and pivot holes where the axles connect. These oil sinks lubricate the clock in all the right places.



What Kind of Oil Should I Use on My Cuckoo Clock?
The best oil to use for your cuckoo clock is one that is synthetic and high quality. Horace Whitlock's Clock Oil is specifically designed for all mechanical clocks. Since you don’t need to oil your clock often, it’s best to buy dedicated oil for clocks instead of using just any old oil. The oil designed for clocks should stay put — as opposed to the oil used for things like sewing machines, which is intended to spread. So you may think you can use whatever oil you already have, but we suggest buying the correct oil — and never use WD40 on your cuckoo clock or any clock. The WD in WD40 stands for water displacement. When oils come in contact with WD40 the oil is displaces and removed from its location, leaving behind a thicker motor oil type lubricant that is not intended for precision equipment such as a Cuckoo clock or any other clock for that matter. You can find the right oil easily at many online retailers or visit your local clock store. A popular oil brand that comes highly recommended is Liberty. The clock oil has a long needle at the tip that can maneuver into hard to reach places and place the oil in the right spots.

Where and How Do I Oil the Cuckoo Clock?

Cleaning and oiling a Cuckoo clock is not that difficult. Most clock shops charge quite a bit to service a cuckoo clock. On the Horace Whitlocks home page, you will find a free downloadable PDF guide that will walk you through this process.  We suggest you down load this file and read it carefully. Although its not directly for a cuckoo clock, it is a generic file for cleaning and re-oiling any type of mechanical clock. Once your comfortable with the information, we suggest you purchase a good quality oil and get started. Horace Whitlock's Clock cleaning and oiling kit is the perfect kit that includes everything you will need to clean, re-oil and service your cuckoo clock.
Although the kits instructions suggest you remove the cuckoo clocks movement, this is not necessary, you can do a good cleaning and re-oiling by  opening the back to access the movement box and specifically the pivot points.  Wipe around them gently with a soft cloth provided to remove any excess dirt and old oil deposits. Using a pivot cleaning stick also provided, you’ll clean the area more closely. Do not use Q-tips for this. Place a drop or two of oil in the oil sink, but do not overfill — and be careful not to disturb other working parts of the clock.
We put this cleaning and re-oiling kit together with the instructions with the hobbyist in mind. Although we do sell these kits to both the hobbyist as well as professional clock repair shops.



0 Comments

The Importance of Using a Horace Whitlock Clock Cleaning Kit for Servicing Your Grandfather Clock

1/26/2025

0 Comments

 

Picture
Grandfather clocks are timeless heirlooms that often carry both sentimental and monetary value. These intricate timepieces are more than just functional clocks; they are a piece of history and artistry, requiring proper care and maintenance to ensure they continue to function accurately and look stunning for generations. One of the most effective ways to care for your grandfather clock is by using the Horace Whitlock Clock Cleaning Kit. Here’s why this kit is essential for proper servicing and maintenance.

Why Regular Cleaning Is Essential for Grandfather ClocksOver time, dust, grime, and old oil can accumulate within the delicate mechanisms of a grandfather clock. These buildups can impair the clock's performance, causing it to run erratically or stop altogether. In some cases, neglecting regular cleaning can lead to permanent damage to the gears, pivots, and other components.
Regular cleaning not only ensures accurate timekeeping but also helps prevent premature wear and tear on the internal mechanisms. Proper cleaning can also preserve the aesthetic beauty of the clock, especially its ornate case and dial.
The Horace Whitlock AdvantageHorace Whitlock has long been a trusted name in the world of clock maintenance. Their Clock Cleaning Kit is specifically designed for enthusiasts and professionals who want to provide the best care for their timepieces. Here’s what sets the Horace Whitlock Clock Cleaning Kit apart:
  1. Premium Cleaning Solutions: The kit includes specially formulated cleaning solutions that effectively remove dirt, oil, and grime without damaging the delicate clock components. These solutions are non-corrosive and safe for use on brass, steel, and other common clock materials.
  2. Professional-Grade Tools: The kit is equipped with precision tools to help you clean even the most intricate parts of your clock. From brushes to lint-free cloths, every tool is crafted to ensure a thorough and safe cleaning process.
  3. Comprehensive Instructions: Whether you’re a seasoned clock repair expert or a first-time enthusiast, the included step-by-step instructions make the cleaning process straightforward and stress-free.
  4. Enhanced Longevity: By using high-quality cleaning solutions and tools, the Horace Whitlock kit helps extend the life of your grandfather clock, preserving its value and functionality.
Steps for Cleaning Your Grandfather Clock with the Horace Whitlock Kit
  1. Prepare the Clock: Stop the clock and remove any weights or pendulums. Make sure the clock is stable and positioned in a well-lit workspace.
  2. Disassemble with Care: Gently remove the clock’s movement, if necessary, and lay out the components for easy access.
  3. Apply the Cleaning Solution: Use the provided brushes and cleaning solutions to carefully clean each component. Pay close attention to the gears, pivots, and other moving parts.
  4. Wipe and Dry: Use the lint-free cloths to remove any residue and ensure the components are completely dry.
  5. Reassemble and Oil: Once cleaned, reassemble the clock and apply Horace Whitlock Clock Oil to the designated points to ensure smooth operation.
  6. Test and Adjust: Restart the clock and monitor its performance. Make any necessary adjustments to ensure it’s running accurately.
Why Skimping on Quality Can Be Costly
Using subpar cleaning products or tools can cause irreparable damage to your clock. Harsh chemicals may corrode delicate components, while poorly designed tools can scratch or misalign parts. The Horace Whitlock Clock Cleaning Kit ensures that your grandfather clock receives the care it deserves, protecting its intricate mechanisms and preserving its legacy.
ConclusionCaring for your grandfather clock doesn’t have to be daunting. With the Horace Whitlock Clock Cleaning Kit, you’ll have everything you need to keep your cherished timepiece in pristine condition. Regular cleaning not only maintains the clock’s performance but also honors the craftsmanship and history it represents. Invest in quality care with Horace Whitlock—because your grandfather clock deserves nothing less.

0 Comments
<<Previous

    Author

    Bob Bartow  

    Archives

    April 2025
    March 2025
    February 2025
    January 2025
    October 2024
    September 2024
    August 2024
    July 2024
    January 2024
    July 2023
    April 2023
    March 2023

    Categories

    All

    RSS Feed

Powered By Horace Whitlock Oil Company