How To Toe And Heel Upvc Door? Trust The Answer

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How does toe and heel work?

Toeing and heeling is essentially using the glass to reinforce the door (much like a support strut on a wooden gate), and getting the glass to support its own weight. This will help to counter the drop, which is caused by the glass in the first place.

What does toe and heeling a door mean?

Toeing and Heeling a door is a simple process of placing packers within the inner frame of the door to brace the glass or panel. If you look at a five bar gate you will see the brace running from the bottom of the hinge side to the top of the lock or latch side.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

Toe and heeling of a PVC door

How to wear and heel a door or window

Before you learn how to run ahead and lag a door or window, it’s important that you understand why you would need to do this and how run ahead and lag works.

Doors are supported on one side of the frame by the hinges, but have no support on the other (lock) side, causing them to fall over time. The first clue to a dropped door may be difficulty latching the door, a gap at the top of the door, or the door rubbing against the underside of the frame. Adjusting the hinges is usually enough to realign the door. However, if that doesn’t fix the problem, the only option is to heel and heel the door to bring it back into line with the outer frame.

Tilting and heeling a door is a simple process that involves inserting chocks into the door’s inner frame to stiffen the glass or panel. If you look at a five bar gate, you will see that the bar runs from the bottom of the hinge side to the top of the lock or bolt side. This brace keeps the latch side of the gate up in the air and prevents it from falling. So instead of using a piece of wood as a support, we’re going to pack the glass or panel into the door and use it as a support.

Learning how to move a door up and down can save you a lot of money on repair bills.

How to walk up and down a door.

Tools and accessories required:

One (or better two) stiff putty knives to remove the beads. These can be bought at any hardware store.

A glass scoop for lifting the door frame. This can be purchased from a local glazing company or online. Alternatively a wooden wedge can be used but be very careful not to damage the door, a glazing shovel or spreader is much better.

glazing blocks.

Glazing shovel or spreader for locksmiths.

A selection of packers. These can be purchased from a local glazing company or online.

Clear silicone.

Remove the glazing beads holding the glass or panel:

There are a few different types of glazing systems that are used. The most important are:

Back seal or back wedge systems.

These types of glazing systems require the removal of a rubber grommet on the opposite side of the door to the glazing beads and are primarily found on older types of doors.

Fixed sealing systems.

These types of systems have a built-in seal in the frame. The glazing beads can be removed without having to remove a seal.

Please note: GLASS IS HEAVY. It is advisable to have the glass held in place when removing the glazing beads.

Remove the glazing beads by inserting a stiff putty knife between the bead and the frame in the middle of one of the long vertical beads. Use the knife as a lever to push out the beads.

The glass or panel can now be removed from the door. Remove any coasters that are in the frame rebate and reinsert the glass or panel into the frame, making sure to slide the glass or panel onto the lock side of the door. Measure the distance from the glass or panel to the top of the frame rebate on the hinge side, and then measure the distance from the glass or panel to the hinge side of the frame rebate. Make a note of the sizes as you will need them in the next step.

insert packer.

Please note that the packer thickness measurements below are for guidance only. You may need to use thicker or thinner pads to properly align the door.

The thickness of each packer must be half the width of the gap just measured. E.g. if the distance from the glass or panel to the hinge side of the frame rebate is 10mm, we use two 5mm washers. The thickness of each packer must be half the height of the gap just measured. E.g. if the distance from the glass or panel to the top of the frame rebate is 8mm, we use two 4mm pads. The base has a distance of 50 mm to the frame corner. This is done to spread the pressure of the support effect over a larger area. Use a dab of silicone to hold the packers in place.

Insert the washers and then put the glass or panel back into the frame. Mount the lower glazing bead. The glass or panel is leaning towards the lock side of the door, this is normal. Insert a glazing shovel or wooden wedge into the gap on the lock side of the door and pry the glass or panel onto the hinge side. Insert pad “A” into the fold. This packer can be fixed with a blob of silicone to keep it from slipping off. Now insert the glazing scoop or wooden wedge into the frame on the lock side. Pry up the frame and insert a wheel chock into the rabbet. Close the door carefully, checking that the mitres on the frame and door are in line and that the door closes and latches properly. Thin packers can be used on the side and top for fine adjustment. The four other (black) packers are now attached with a dab of silicone. These packers make the door more stable and can withstand a crowbar attack from a burglar.

Reinstall the glazing beads and you’re done.

Toeing and heeling a window is exactly the same procedure as above.

Tip: Instead of using a glazing shovel, a locksmith’s spreader can be used to lift the door, it’s much safer and won’t damage the door, just be careful as some doors come off the hinge pins when lifted from the bottom .

Contact Locksmith Training Merseyside to learn more about toes and heels and everything else locksmithing involves.

How do you manually heel toe?

​The heel toe technique is operating the brake and accelerator pedal simultaneously with your right foot by pressing the brake with the toe and the gas pedal with the heel.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

Want to learn how to drive Stick Shift? Click here to find an instructor near you.

A manual transmission car has three pedals, but you only have two feet. Therefore, one might assume that it is not possible to operate all three pedals at the same time. As it turns out, it can be done. There is a method called the heel and toe technique where the right foot presses the accelerator and the brake pedal at the same time.

You can drive a manual car for a lifetime without ever using heel and toe technique, and that’s fine. However, there are two situations in which the method is of some use. One is when downshifting at high speed when turning and is primarily used by racers on the track. The other is for a scenario far removed from the world of racing. The heel and toe technique is useful when starting a car with a stick shift uphill from a stop sign or traffic light.

What is the heel and toe technique?

In the heel-toe technique, the brake and accelerator pedals are pressed simultaneously with the right foot by pressing the brake with the toe and the accelerator with the heel. It’s a bit misleading since you don’t use the heel and toe all the way. In reality, you’re using the ball of your foot on the brake and the heel edge on the gas.

It minimizes clutch time when downshifting through a fast corner and softens the corner. Most of us rarely have a reason to maintain our speed through a corner, but anyone riding in a hilly environment can benefit from another use of the heel tip, which is when starting up a hill.

One downside to heel and toe is that it doesn’t work in all cars. Before you try it, take a look at the position and height of your accelerator pedal and foot brake. Place the ball of your foot on the brake pedal and check that you can easily touch the accelerator pedal with your heel at the same time. On some stick shift cars, the two pedals are positioned in a way that makes heel and toe difficult or impossible.

How to use the heel and toe technique when starting uphill

​One of the biggest challenges for novice drivers with shifters is getting moving from a stop on a hill. It’s difficult to keep the car from rolling backwards while trying to get enough gas to go forward.

One way to solve this problem is to use the emergency brake. You apply the parking brake, shift into first gear and keep the clutch pedal depressed. You give the car (optional) a little gas, then lift the clutch pedal to the pressure point, then press the gas pedal and continue to release the clutch pedal while releasing the parking brake. This allows you to operate the accelerator, brake pedal and clutch simultaneously with two feet and one hand.

Alternatively, you can use “Brake Hold” if you have it to keep the car from rolling back while you use the clutch and throttle. Or, as you get more skilled, you can skip the parking brake and start with your right foot on the brake pedal, then quickly move it from the brake to the gas while releasing the clutch pedal.

There is another way and it involves using the heel and toe technique. It allows you to give the car gas to move it forward while still using the brake to stop it from rolling. How to launch a manual transmission car uphill using the heel and toe technique:

Start in first gear with the clutch and brake pedals fully depressed.

Maintain brake pressure with the ball of your right foot. The exact position of your foot on the pedal depends on where that pedal is relative to the accelerator pedal. Typically, the ball of your foot is centered to the right of the brake pedal.

While holding the brake pedal, bend your right foot so that the heel can press the accelerator pedal near where it meets the floor pan. Now you’re ready to keep the vehicle stationary while you start accelerating.

Slowly depress the accelerator pedal with the edge of your heel while letting the clutch pedal lift. The ball of your foot is still pressing the brake pedal, so the car doesn’t move backwards when you press the other pedals. The steeper the hill, the more gas you need at that point.

When the clutch reaches the pressure point, pivot your right foot fully onto the accelerator pedal.

Keep accelerating and release the clutch pedal when the car starts to move uphill.

How to use the heel and toe technique for fast turns

You can use the heel and toe technique to maintain your speed in turns. This is especially the case on sharp turns where you want to exit the corner quickly. You may be wondering why you need to do this. Well, you don’t really have to, but you might want to.

What are the advantages? It saves a little wear on the gearbox. If you can do it without getting distracted, it will help you maintain better control. Also, it’s a bit smoother. Unless you’re racing, the biggest benefit is that it’s fun and makes you feel good when you do it.

Consider normal downshifting through a corner. When braking into a corner, depress the clutch pedal and downshift. Halfway down, hit the gas pedal and pick up your speed. However, on a steep corner with significant deceleration, your engine will have slowed down significantly and will be almost idling until you’re ready to hit the gas pedal and get back up to road speed. The speed is close to zero. When accelerating, the engine must immediately regain wheel speed. It will likely jerk a bit as it ramps up speed quickly. That’s a little wear and a little lack of smoothness.

You can solve this somewhat by “moving” the accelerator pedal before releasing the clutch pedal. This means that you press the accelerator pedal maybe a quarter of the way to the floor to increase the engine revs. This is still not quite as smooth as heel downshifting. And for racers, it means an extra fraction of a second with the clutch disengaged, slowing the car just a little.

If you’re an aspiring racer or just looking to maximize your stick shifting skills, here’s how to flatten the curve with heel and toe.

As you approach the corner, start braking. Do this with the ball of your right foot toward the right side of the brake pedal.

Depress the clutch pedal.

With your right foot still depressing the brake pedal, angle your foot down so the edge of your heel touches the accelerator pedal.

(If you want to take every possible advantage of your heel-toe shifting, you can double-clutch here during gear changes. If you’re double-clutching, press the clutch pedal once to shift into neutral, then release and press it again you’re shifting from neutral to the lower gear, the advantage is that you can “fire” the engine and increase the revs while the car is idling)

With the clutch pedal depressed, shift to a lower gear or neutral if you want to double clutch.

When you’re double clutching and in neutral, release the clutch pedal and “move” the accelerator by pressing it about a quarter of the way down with the edge of your heel. Essentially, you’re reaching over with your heel to give the accelerator a little goose.

Unless you’re double clutching, you’re banging on the gas when you shift into the lower gear.

If you use the clutch in between, depress the clutch pedal again and shift into the lower gear.

After you’ve “raised” your engine speed, take your left foot fully off the clutch pedal and move your right foot fully onto the brake pedal.

When it’s time to accelerate, it gets a lot smoother as you move your right foot from the brake to the accelerator and get back up to road speed out of the corner.

How to Become a More Complete Stick Shift Rider Using the Heel and Toe Technique

The heel and toe technique takes some practice. You can get a feel for the method simply by going over the movements in your driveway or in a parking lot with the engine off.

It’s a useful skill to have in your shift stick toolkit, especially if you drive in an area with a lot of hills.

As for the heel-toe shift technique for twists, there will never be a time when you need to use it. There’s no problem dropping engine revs near idle when slowing down for a corner, and there’s no harm in slowly increasing your speed as you come out. The primary reason for mastering heel and toe movement has more to do with personal satisfaction. You can take fast corners without breaking the speed limit, and each additional stick shifting skill you develop will make you more confident in everyday driving.

How do you adjust a uPVC door to stop Draughts?

How to adjust uPVC doors to stop draughts
  1. You can adjust the strike plate by loosening the screws in the plate, in the door frame, and sliding towards the entrance of the door to tighten the fit.
  2. Or, sliding towards the inside of the house, to loosen the fit so the latch can catch in the strike plate.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

How to Adjust PVC Doors to Stop Drafts It is common for PVC doors to become misaligned when screws, latches and hinges become loose from constant or excessive use. To fix the problem, you need to adjust the door latch so that the lock sits firmly in the latch and pulls the door tight into the frame.

To secure a PVC door against drafts, you can adjust the latch or hinges so that the door fits better in the frame. If your PVC door is loose in the frame, it will rattle when you pull the handle. You can also feel drafts by running your hand around the edge of the door frame.

Alternatively, if your door closes in the frame but does not catch the latch, you may need to decrease the door’s compression by increasing the gap between the door and frame.

There are two ways to do this. You can adjust the strike plate by loosening the screws in the plate and door frame and sliding towards the entrance of the door to make the fit tighter. Or by sliding towards the inside of the house to loosen the fit to allow the latch to engage the strike plate. Test and tweak to get a perfect fit by turning the screws and closing the door to test the fit.

The other option is to adjust the compression screw as shown above.

How to adjust a fallen PVC door that’s dragging on the floor

This setting works best on a door that is sunken towards the handle side and not the hinge side.

Use an Allen key on the screw on the door side of the hinge.

Begin the adjustment with the door closed.

Turn 1-2 turns clockwise and then test if it still grinds.

Adjust the hinges until you get smooth opening and closing.

Test and tweak to get a perfect fit by turning the screws and closing the door to test the fit.

The other option is to adjust the compression screw as shown above.

How to adjust the height of the PVC door If the door has fallen or needs to be mounted higher (or lower) in the frame, you can adjust the screw that controls the vertical movement of the hinge.

Use an allen wrench and start with 1-2 full turns and then tweak from there.

How to set the compression

If the door is off the frame in the top or bottom corner, you can tighten the fit by turning the pressure adjustment screw.

Select the compression adjustment screw, usually the bottom screw, and use an Allen wrench to make adjustments.

Use an allen wrench and start with 1-2 full turns and then tweak from there.

How to adjust a PVC door hinge from side to side

I have adjusted the hinges but the door is still not aligned

If you adjusted the hinges but the door doesn’t fit, there may be a problem with the hinges. In this case you can either try to replace the hinges or contact your original supplier to see if the door is still under warranty.

We recommend only replacing your hinges with the original supplier to ensure a perfect fit.

It is worth noting that a poorly aligned or poorly installed gate will shorten the life of the gate through additional wear and tear.

Aside from that, a poorly installed door creates drafts and decreases the energy efficiency of your home.

What is a glazing shovel?

Glazing shovels, used to adjust double glazing to the correct heights and level by a process known as toe and healing.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

glazing scoops

Glazing scoops used to adjust double glazing to the correct height and level through a process known as toe and heal.

We have a range of tools including Bohle’s famous blue glazing scoop.

How do you adjust the hinges on a uPVC door?

Use an Allen key on the screw at the door side of the hinge. Start by adjusting with the door closed. Turn 1-2 rotations clockwise and then test to see if it still drags. Tweak the hinges until you get a smooth open and close.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

How to Adjust PVC Doors to Stop Drafts It is common for PVC doors to become misaligned when screws, latches and hinges become loose from constant or excessive use. To fix the problem, you need to adjust the door latch so that the lock sits firmly in the latch and pulls the door tight into the frame.

To secure a PVC door against drafts, you can adjust the latch or hinges so that the door fits better in the frame. If your PVC door is loose in the frame, it will rattle when you pull the handle. You can also feel drafts by running your hand around the edge of the door frame.

Alternatively, if your door closes in the frame but does not catch the latch, you may need to decrease the door’s compression by increasing the gap between the door and frame.

There are two ways to do this. You can adjust the strike plate by loosening the screws in the plate and door frame and sliding towards the entrance of the door to make the fit tighter. Or by sliding towards the inside of the house to loosen the fit to allow the latch to engage the strike plate. Test and tweak to get a perfect fit by turning the screws and closing the door to test the fit.

The other option is to adjust the compression screw as shown above.

How to adjust a fallen PVC door that’s dragging on the floor

This setting works best on a door that is sunken towards the handle side and not the hinge side.

Use an Allen key on the screw on the door side of the hinge.

Begin the adjustment with the door closed.

Turn 1-2 turns clockwise and then test if it still grinds.

Adjust the hinges until you get smooth opening and closing.

Test and tweak to get a perfect fit by turning the screws and closing the door to test the fit.

The other option is to adjust the compression screw as shown above.

How to adjust the height of the PVC door If the door has fallen or needs to be mounted higher (or lower) in the frame, you can adjust the screw that controls the vertical movement of the hinge.

Use an allen wrench and start with 1-2 full turns and then tweak from there.

How to set the compression

If the door is off the frame in the top or bottom corner, you can tighten the fit by turning the pressure adjustment screw.

Select the compression adjustment screw, usually the bottom screw, and use an Allen wrench to make adjustments.

Use an allen wrench and start with 1-2 full turns and then tweak from there.

How to adjust a PVC door hinge from side to side

I have adjusted the hinges but the door is still not aligned

If you adjusted the hinges but the door doesn’t fit, there may be a problem with the hinges. In this case you can either try to replace the hinges or contact your original supplier to see if the door is still under warranty.

We recommend only replacing your hinges with the original supplier to ensure a perfect fit.

It is worth noting that a poorly aligned or poorly installed gate will shorten the life of the gate through additional wear and tear.

Aside from that, a poorly installed door creates drafts and decreases the energy efficiency of your home.

What is a glazing shovel?

Glazing shovels, used to adjust double glazing to the correct heights and level by a process known as toe and healing.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

glazing scoops

Glazing scoops used to adjust double glazing to the correct height and level through a process known as toe and heal.

We have a range of tools including Bohle’s famous blue glazing scoop.

How to Toe and Heel a PVCu Door

How to Toe and Heel a PVCu Door
How to Toe and Heel a PVCu Door


See some more details on the topic how to toe and heel upvc door here:

How to Toe and Heel a uPVC Door – MPL Locksmith Training

Toeing and heeling is essentially using the glass to reinforce the door (much like a support strut on a wooden gate), and getting the glass to …

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Our Guide on Toe and Heeling Correctly – Alex Trade Frames

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Toe and Heeling a upvc door – Locksmith Training Merseyside

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How to Toe and Heel a uPVC Door

A quality PVC front door will last for many years, but over time it is normal for these doors to sag or sag (often referred to as ‘crooked’) slightly. While one side of the door is supported entirely by hinges, the other side – the lock side – isn’t quite as strong, which tends to wear and tear.

This drop or slope can then lead to further problems, including problems locking the door or even a gap that can cause drafts or leaks into the customer’s home during inclement weather. Alternatively, the door could rub against the frame and cause further damage – which could result in a replacement being required. So better act early and correct the lintel with the toe and heel method.

An introduction to toe and heel doors

A simple and effective way to correct door pitch or pitch is toe and heel. This is a common method used by many locksmiths and PVC repair engineers when it comes to troublesome door knockouts, especially if you’ve already tried to adjust the hinges to no avail.

By properly pitching the door forward and back, you should be able to realign the door with the frame and fix any pitch that may have occurred. The toe and heel strike essentially uses the glass to reinforce the door (similar to a support brace on a wooden gate) and allow the glass to support its own weight. This helps counteract the drip caused primarily by the glass.

If you’re new to the process and want to know how to toe and heel a uPVC door, read on for advice on getting started and our step-by-step guide.

An introduction to toe and heel doors

A simple and effective way to correct door pitch or pitch is toe and heel. This is a common method used by many locksmiths and PVC repair engineers when it comes to troublesome door knockouts, especially if you’ve already tried to adjust the hinges to no avail.

By properly pitching the door forward and back, you should be able to realign the door with the frame and fix any pitch that may have occurred. The toe and heel strike essentially uses the glass to reinforce the door (similar to a support brace on a wooden gate) and allow the glass to support its own weight. This helps counteract the drip caused primarily by the glass.

If you’re new to the process and want to know how to toe and heel a uPVC door, read on for advice on getting started and our step-by-step guide.

Measure the door drop first

Before you start work, make sure you are dealing with a lintel. Take some measurements to clarify the problem. Here’s how:

Measure the door diagonally from corner to corner (top left to bottom right, top right to bottom left)

Make a note of each of the measurements

Check if they match

If these measurements don’t match, then the door is actually not square. Using the toe and heel method, the customer door can now be repositioned so that the measurements are the same again.

Equipment for toe and heeling doors

Gather your gear before you begin. The good thing about toe and heel doors is that you don’t need any special tools and most of the things you need are already in your toolbox.

Here’s what you need:

A stiff spatula or two – these will be used to remove the bead strips

A glazing shovel – this will help you lift the door frame

A selection of washers and washers – these are readily available at many hardware stores

Universal clear silicone

How to move up and down a PVC door in 7 steps

Once you have your gear ready, you can start toe and heel doors. It’s a relatively easy process and won’t take too much time with practice.

Learn how to slide and slide a PVC door like a pro with these 7 easy steps:

First remove the trim strips holding glass or panels to the door. It is best to start with the longer strips and end with the shorter strips. Simply place your stiff spatula between the trim strip and the frame, about halfway down the strip. From there, carefully use the knife as a lever until the flap breaks off. After the moldings are removed, remove any glass or panels from the door. Locate any gaskets that may be in the frame and remove them before reinstalling the glass or panels into the door frame. When replacing the glass or panels in the frame, move them as close as possible to the latch side of the door to leave a gap on the hinge side. From there you should measure the distance between the glass or panel to the top edge of the frame and the distance between the glass or panel to the hinge side of the frame. Make a note of these measurements. Using the measurements described above, take two packers that are half the total width of the measurement (e.g. for an 8mm spacing, packers need to be about 4mm wide). Again, using the measurements described above, two more packers should account for half of the total height measurement (from the glass or panel to the top of the frame). Once you have these packers ready you can start positioning them within the frame. Using the clear silicone, place one of the width-based and one of the height-based packers in the bottom left corner of the frame. Each of the coasters should be positioned approximately 50mm from the corner, further along the longer door bar. These packers help distribute the pressure evenly. From there you can insert the glass or panel back into the frame. The glass or panel will naturally tilt slightly towards the latch side of the door, which can be corrected by inserting the glazing scoop into the latch side and gently pushing the panel glass towards the hinge side. To keep this in place, add the second width-based packer to the top right corner of the frame – again 50mm from the corner. Now you need to use the glazing scoop on top of the lock side of the door and carefully lift the frame before attaching the second height based packer to the top right corner of the frame – 50mm to the left of the corner. When all the coasters are in place, check that the frame and door panels are level. Then test that the door opens, closes and locks properly before reattaching the weatherstrips.

Top tip for toe and heel stance of a PVC door:

Add two more coasters on each side of the door for extra strength and security.

How to Toe and Heel a uPVC Door

A quality PVC front door will last for many years, but over time it is normal for these doors to sag or sag (often referred to as ‘crooked’) slightly. While one side of the door is supported entirely by hinges, the other side – the lock side – isn’t quite as strong, which tends to wear and tear.

This drop or slope can then lead to further problems, including problems locking the door or even a gap that can cause drafts or leaks into the customer’s home during inclement weather. Alternatively, the door could rub against the frame and cause further damage – which could result in a replacement being required. So better act early and correct the lintel with the toe and heel method.

An introduction to toe and heel doors

A simple and effective way to correct door pitch or pitch is toe and heel. This is a common method used by many locksmiths and PVC repair engineers when it comes to troublesome door knockouts, especially if you’ve already tried to adjust the hinges to no avail.

By properly pitching the door forward and back, you should be able to realign the door with the frame and fix any pitch that may have occurred. The toe and heel strike essentially uses the glass to reinforce the door (similar to a support brace on a wooden gate) and allow the glass to support its own weight. This helps counteract the drip caused primarily by the glass.

If you’re new to the process and want to know how to toe and heel a uPVC door, read on for advice on getting started and our step-by-step guide.

An introduction to toe and heel doors

A simple and effective way to correct door pitch or pitch is toe and heel. This is a common method used by many locksmiths and PVC repair engineers when it comes to troublesome door knockouts, especially if you’ve already tried to adjust the hinges to no avail.

By properly pitching the door forward and back, you should be able to realign the door with the frame and fix any pitch that may have occurred. The toe and heel strike essentially uses the glass to reinforce the door (similar to a support brace on a wooden gate) and allow the glass to support its own weight. This helps counteract the drip caused primarily by the glass.

If you’re new to the process and want to know how to toe and heel a uPVC door, read on for advice on getting started and our step-by-step guide.

Measure the door drop first

Before you start work, make sure you are dealing with a lintel. Take some measurements to clarify the problem. Here’s how:

Measure the door diagonally from corner to corner (top left to bottom right, top right to bottom left)

Make a note of each of the measurements

Check if they match

If these measurements don’t match, then the door is actually not square. Using the toe and heel method, the customer door can now be repositioned so that the measurements are the same again.

Equipment for toe and heeling doors

Gather your gear before you begin. The good thing about toe and heel doors is that you don’t need any special tools and most of the things you need are already in your toolbox.

Here’s what you need:

A stiff spatula or two – these will be used to remove the bead strips

A glazing shovel – this will help you lift the door frame

A selection of washers and washers – these are readily available at many hardware stores

Universal clear silicone

How to move up and down a PVC door in 7 steps

Once you have your gear ready, you can start toe and heel doors. It’s a relatively easy process and won’t take too much time with practice.

Learn how to slide and slide a PVC door like a pro with these 7 easy steps:

First remove the trim strips holding glass or panels to the door. It is best to start with the longer strips and end with the shorter strips. Simply place your stiff spatula between the trim strip and the frame, about halfway down the strip. From there, carefully use the knife as a lever until the flap breaks off. After the moldings are removed, remove any glass or panels from the door. Locate any gaskets that may be in the frame and remove them before reinstalling the glass or panels into the door frame. When replacing the glass or panels in the frame, move them as close as possible to the latch side of the door to leave a gap on the hinge side. From there you should measure the distance between the glass or panel to the top edge of the frame and the distance between the glass or panel to the hinge side of the frame. Make a note of these measurements. Using the measurements described above, take two packers that are half the total width of the measurement (e.g. for an 8mm spacing, packers need to be about 4mm wide). Again, using the measurements described above, two more packers should account for half of the total height measurement (from the glass or panel to the top of the frame). Once you have these packers ready you can start positioning them within the frame. Using the clear silicone, place one of the width-based and one of the height-based packers in the bottom left corner of the frame. Each of the coasters should be positioned approximately 50mm from the corner, further along the longer door bar. These packers help distribute the pressure evenly. From there you can insert the glass or panel back into the frame. The glass or panel will naturally tilt slightly towards the latch side of the door, which can be corrected by inserting the glazing scoop into the latch side and gently pushing the panel glass towards the hinge side. To keep this in place, add the second width-based packer to the top right corner of the frame – again 50mm from the corner. Now you need to use the glazing scoop on top of the lock side of the door and carefully lift the frame before attaching the second height based packer to the top right corner of the frame – 50mm to the left of the corner. When all the coasters are in place, check that the frame and door panels are level. Then test that the door opens, closes and locks properly before reattaching the weatherstrips.

Top tip for toe and heel stance of a PVC door:

Add two more coasters on each side of the door for extra strength and security.

Our Guide on Toe and Heeling Correctly — Alex Trade Frames

What is toe and heel?

Window and door sashes are heavy and over time the weight of the glazing can cause the sash to fall into the frame, eventually causing the door to become unlatched. It is therefore necessary to place the glazing on the front edge when installing windows and doors. Toe and heel function by supporting the double glazed unit on the lock side with ‘packers’ or small rubber blocks. Attached at opposite diagonal corners to the inner frame of the window or door, the chocks help stiffen the glazing within the frame, relieving pressure on the hinge side without the need for unsightly bracing across the panel.

Toe and heel also help prevent newly installed windows and doors from snagging when opening and closing.

Repair works – reinstallation of glazing with foot and heel

The first signs of a fallen window or door sash are easy to spot. You may find that a door is difficult to latch or a window sash is difficult to fully close due to misalignment in the frame. Usually, a simple readjustment of the hinge is enough to fix the problem. However, you may need to re-attach the glazing within the wing with the correct toe and heel seals in place.

How to wear and heel a window or a door

Read our guide to installing windows and doors and refer to this section when it’s time to get going.

Make sure you secure the plastic blocks in the frame with mastic if you tilt and heel your door to ensure the double glazed unit is held level when installed. The door can also not fall down to avoid damage. Remember how heavy glass can be when lifting, we even recommend having a spotter just to be safe. After inserting the insulating glazing in the frame, partially flange it and use additional shims if necessary. Here you can check whether the gate does not get stuck and runs smoothly. If necessary, adjust by raising or lowering the sash; Raise by adding chocks at bottom of hinge side and opposite corner, lower by adding chocks at top of hinge side and opposite corner. Add the rest of the beading around the frame, making sure to insert the beading on the inside. After installation, if you find the unit moving or rattling, unscrew the striker plate, turn it upside down and screw it back on. Use an Allen key to tighten or loosen the door hinges and replace the cap when finished. The same might be required for the unit’s roller cams.

toe and heel tips

When sliding a door or window unit forwards or backwards, the correct use of coasters is vital. At Alex Trade, we recommend adhering to the following points.

Packers must be set behind each locking point (hook, latch or otherwise) on both sides of the double glazed unit.

All packers must be fixed with silicone.

If the distance between the corner packers exceeds 800 mm, an additional packer in the middle should be used. For larger units the distance between packers must be set at 800mm to support the extra weight.

Bridging blocks (black) must also be used on the underside of the frame to never block drainage.

Toe and heel pulling a window and door requires the exact same process.

Troubleshooting

Problem: The door/window sash is stuck at the bottom of the frame.

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