1. Take all supplementary tools out of the ash pan.

2. The regulators for the primary and secondary air control must be open.

3. At 1st ignition the door must not be closed fully. Do not turn the handle in the locked position. The curing of the paint can cause sticking to the insulation rope, so avoid pressing the rope insulation against the door in the first few hours.

4. The 1st ignition must be slow and still. Initially start the fire with a little paper and twigs, gradually adding two pieces of wood at a time and gradually making the temperature hotter. Do this for about 3-4 hrs.

5. The paint will start curing and there might be some smell and even a bit of smoke coming off from it initially. This will all go away by the second fire.

6. Avoid touching the paint in this process as the paint becomes extremely soft and any touching can cause smudge marks.

7. NB!!! – The demonstration fire done by the installer using newspapers does not qualify as “Initial Ignition”

 PLEASE DO NOT USE COAL OR ANTHRISITE IN YOUR FIREPLACE AS IT WILL CAUSE IRREPAIRABLE DAMAGE TO YOUR UNIT

EXCLUSIONS

Excluded from the warranty, all parts that may be defective due to negligence or careless use, incorrect maintenance or installation not compliant with that specified by the manufacturer.

All Units need to be serviced at least once a year.

 Not part of the guarantee; parts subject to normal wear such as joints, glass and any all parts that can be removed from the fire box. Replaced parts will be warranted for the remaining warranty period, with effect from the date of appliance purchase.

Flues used on faulty units are not covered under warranty.

PLEASE NOTE!!!!

With proper use, care and maintenance, our fireplaces should easily last 10-20 years. We offer a 2-year warranty on steel units and a 5-year warranty on cast iron units - T&C's apply.

Fire rope in a fireplace can come loose due to several factors, primarily related to wear and tear from heat and use. Common reasons include the rope burning away, hardening due to prolonged exposure to high temperatures, or simply deteriorating over time. Additionally, the adhesive used to secure the rope can fail, causing it to detach. 

Here's a more detailed breakdown:

• Heat Degradation:

Fire rope, typically made of ceramic or fiberglass, is designed to withstand high temperatures. However, prolonged exposure to extreme heat can cause it to burn, become brittle, and lose its structural integrity, leading to it breaking or falling out. 

• Wear and Tear:

Regular use of the fireplace, especially with frequent heating cycles, can cause the rope to compress, flatten, and fray. This can create gaps where the rope is no longer effectively sealing the door, allowing air to leak in. 

• Adhesive Failure:

The adhesive used to attach the fire rope to the fireplace door can weaken over time, especially when exposed to heat and moisture. This can result in the rope detaching from the door. 

• Incorrect Installation or Sizing:

If the rope was not properly installed or if the wrong size was used, it may not form a tight seal, making it more susceptible to coming loose. 

• Physical Damage:

Accidental impact or rough handling of the fireplace door can also dislodge the rope. 

When the fire rope comes loose, it can lead to several problems: 

• Reduced Efficiency: A loose rope seal allows air to leak into the firebox, reducing the stove's heating efficiency and potentially causing it to overfire.

• Safety Concerns: Gaps in the seal can allow smoke or dangerous gases to escape into the room. In extreme cases, it can even contribute to a chimney fire.

• Damage to the Stove: Overfiring due to air leaks can damage the stove's components.

Proper maintenance, including regular inspection and timely replacement of the fire rope, is essential to ensure the safe and efficient operation of a fireplace. 

A fireplace ashtray, also known as an ash pan or grate, can warp due to excessive heat or improper use. Overheating, often caused by a build-up of ash, a fire that is too hot, or burning unsuitable fuel, can cause the metal to expand and contract unevenly, leading to warping. 

Here's a more detailed breakdown:

Causes of Warping:

• Overheating:

  • Ash Buildup: A thick layer of ash under the grate can prevent proper airflow, causing the grate to overheat and warp. 

  • Excessive Fire Heat: Burning very hot fires, especially with certain types of wood or manufactured fuels, can generate excessive heat and lead to warping. 

  • Air Leaks: Air leaks around the ash pan or through cracks can cause localized hot spots, contributing to warping. 

• Improper Fuel:

Burning fuels not recommended for your fireplace, like some smokeless or manufactured fuels, can produce intense heat and damage the grate. 

• Overfiring:

Operating the fireplace with all vents open, creating a fierce, roaring fire, can lead to overheating and warping, especially in closed combustion systems, according to eurofireplaces.co.za. 

• Material:

Cast iron grates generally handle heat better than steel grates, but even cast iron can warp under extreme heat. 

Preventing Warping:

• Regular Ash Removal: Clean out the ash pan regularly to ensure proper airflow and prevent overheating. 

• Controlled Fires: Avoid over-firing the fireplace and use recommended fuels. 

• Proper Installation: Ensure the ash pan is correctly installed and sealed to prevent air leaks. 

• Consider Material: If replacing the grate, consider cast iron for better heat resistance. 

If Warped:

• Check for Damage: Inspect the ash pan for cracks, warping, and other damage. 

• Consider Replacement: If the damage is severe, it may be necessary to replace the grate. 

Fireplace paint can peel due to a combination of factors, including moisture, extreme temperatures, improper surface preparation, and the type of paint used. Moisture can seep into cracks, causing paint to blister and peel. Temperature fluctuations, especially in gas fireplaces, can degrade the paint over time. Additionally, if the surface wasn't properly cleaned or primed before painting, or if the wrong type of paint was used (especially for gas fireplaces), the paint may not adhere well and will eventually peel. 

Common Causes of Peeling Fireplace Paint:

• Moisture:

Rainwater intrusion or high humidity can lead to trapped moisture between paint layers, causing them to separate and peel. 

• Temperature Fluctuations:

Extreme heat from a fireplace, particularly in gas or wood-burning stoves, can cause paint to degrade and peel, especially if the paint isn't specifically designed for high temperatures. 

• Improper Surface Preparation:

If the surface wasn't thoroughly cleaned, sanded, or primed before painting, the new paint may not adhere properly and will peel off. 

• Incompatible Paint:

Using general-purpose paint on a gas fireplace, where high-temperature paint is required, will likely result in peeling. 

• Curing Issues:

Wood-burning stoves require the paint to cure properly when first used, and if disturbed during this process (e.g., by touching the paint while it's still soft), it can lead to flaking. 

• Exposed Metal:

If the paint is flaking off a stove, and there is exposed metal, rust can form, making the peeling worse. 

Yes, bolts inside a fireplace can come loose. Several factors can contribute to this, including thermal expansion and contraction from the heat, vibrations from the fireplace or chimney, and the effects of chimney sweeps or other maintenance activities. Loose bolts can compromise the structural integrity of the fireplace or its components, such as inserts or doors. 

The grid inside a fireplace, often a firebrick or refractory panel, cracks primarily due to repeated expansion and contraction caused by the intense heat and subsequent cooling during use. This thermal cycling weakens the material, leading to hairline cracks, and in some cases, more significant damage. 

Here's a more detailed breakdown:

• Thermal Expansion and Contraction:

Fireplaces experience extreme temperature fluctuations. When heated, the materials expand, and when cooled, they contract. This constant cycle can strain the grid, causing cracks to develop over time. 

• Excessive Heat:

Building fires that are too large for the fireplace or using improper burning materials can lead to excessive heat, accelerating the deterioration of the firebox and grid. 

• Moisture Intrusion:

Water can enter the firebox through the chimney, especially in areas with high rainfall or snow. Moisture can weaken the materials, making them more susceptible to cracking. 

• Wear and Tear:

Like any component, fireboxes and their grids have a limited lifespan. Frequent use and the general wear and tear can contribute to the development of cracks. 

While hairline cracks are often considered normal, it's essential to address larger cracks promptly. Cracks can pose safety risks, such as allowing embers to escape, permitting toxic gases to enter the home, or increasing the risk of a house fire. 

A fireplace smoking can be caused by several factors related to airflow and the chimney. Inadequate air supply, chimney blockages, or improper damper operation can all lead to smoke backing up into the room instead of being properly vented. 

 

1. Airflow Issues:

• Insufficient Air Supply:

Fireplaces need a good supply of air for combustion. If the room is too airtight (especially in well-insulated homes), there may not be enough air for the fire to burn efficiently, causing smoke to back up. 

• Negative Pressure:

Competing air pressure sources like exhaust fans or even the furnace can create negative pressure in the room, hindering the chimney's ability to draw air and smoke upward. 

• Poor Chimney Draft:

Draft refers to the upward airflow in the chimney. Factors like a cold chimney, a blocked flue, or a chimney that's too small for the fireplace can all lead to poor draft and smoke. 

• Wind:

Strong winds can sometimes cause downdrafts, forcing smoke back into the fireplace. 

2. Chimney Issues:

• Blocked Chimney:

Debris like bird nests, creosote buildup, or even a collapsed liner can obstruct the flue and prevent proper venting. 

• Damper Problems:

A damper that is not fully open, is the wrong size, or is malfunctioning can restrict airflow and cause smoke to back up. 

• Incorrect Flue Size:

If the flue is too small for the fireplace opening or if the flue liner is incorrectly sized, it can impede proper draft. 

3. Other Factors:

• Wet Firewood:

Wet or unseasoned wood produces more smoke and smolders rather than burning cleanly, increasing the risk of smoke spillage. 

• Improper Lighting Technique:

If the fire is not started correctly, it may not generate enough heat to establish a good draft, leading to smoke. 

Troubleshooting and Solutions:

• Open a Window: Crack a window in the same room to introduce fresh air and improve the draft. 

• Ensure the Damper is Open: Make sure the damper is fully open before lighting the fire. 

• Check for Blockages: Inspect the chimney for any obstructions and consider having it professionally cleaned if necessary. 

• Use Dry Firewood: Ensure your firewood is properly seasoned and below 20% moisture content. 

 

Fireplace glass turns black primarily due to incomplete combustion, which leads to soot and creosote buildup. This happens when the fire doesn't receive enough oxygen, producing these byproducts that stick to the glass. Factors like improper air-to-fuel ratio, wet or unseasoned wood, and poor airflow can contribute to incomplete combustion. 

Here's a more detailed breakdown:

1. Incomplete Combustion:

• Airflow Issues:

Insufficient oxygen in the firebox prevents complete burning of the fuel, resulting in smoke and soot. 

• Fuel Problems:

Wet or unseasoned wood contains moisture that needs to be evaporated before burning, leading to smoky fires and soot. Using house coal in multi-fuel stoves can also contribute to sooting. 

• Improper Burning Conditions:

Burning too cold, or with the air damper closed too early, can also cause incomplete combustion. 

2. Creosote Buildup:

• Condensation:

As the fire cools, unburned carbon (creosote) condenses and sticks to the glass. 

• Secondary Burn:

If the fire isn't hot enough, the secondary burn (a process to burn off smoke and gases) doesn't activate, leading to creosote buildup. 

3. Other Factors:

• Air-to-Fuel Ratio (Propane):

In propane fireplaces, an incorrect air-to-fuel ratio can also cause blackening, especially if the air mixer is missing, improperly installed, or undersized. 

• Chimney Problems:

A blocked or poorly drafted chimney can restrict airflow and contribute to soot buildup. 

4. How to Prevent Black Glass:

• Burn Seasoned Wood: Use wood that has been properly dried for at least a year (moisture content below 20%). 

• Ensure Proper Airflow: Make sure your fireplace or stove is receiving enough air for combustion. 

• Burn Hot: Engage the secondary burn by maintaining a hot fire, especially when reloading. 

• Use the Airwash System: Utilize your stove's airwash system (if it has one) to help keep the glass clean. 

• Clean Regularly: Use a stove glass cleaner to remove soot buildup periodically. 

• Consider Fuel Type: Use recommended smokeless fuels instead of house coal in multi-fuel stoves. 

• Check Chimney: Ensure your chimney is not blocked and is drafting properly. 

A fireplace might not be getting hot enough due to factors like insufficient airflow, wet wood, or a blocked chimney. To improve heat output, ensure the damper is fully open, use dry, seasoned wood, and check for chimney blockages. 

Here's a more detailed breakdown:

1. Airflow Issues:

• Damper:

Make sure the damper, the metal door above the firebox, is fully open to allow for adequate airflow. 

• Chimney Blockages:

Creosote buildup, bird nests, or other debris can obstruct the chimney and restrict airflow, leading to a weak or smoldering fire. 

• Negative Air Pressure:

If your house has strong exhaust fans or is tightly sealed, it can create negative air pressure, drawing cold air down the chimney and hindering the fire's ability to burn hot. 

2. Wood-Related Problems:

• Wet or Unseasoned Wood: Wet wood contains excess moisture that needs to be vaporized before the wood can burn effectively. This results in a smoky, smoldering fire that doesn't produce much heat. 

• Insufficient Wood: A lack of fuel will naturally limit the fire's ability to generate heat. 

3. Other Factors:

• Poor Insulation:

If the fireplace and chimney are not well-insulated, heat can escape before it warms the room. 

• Inefficient Design:

Traditional open fireplaces lose a significant amount of heat up the chimney. 

• Drafty Fireplace:

Gaps or cracks around the fireplace can let cold air in and warm air out, reducing the overall heat. 

Solutions:

• Clean the Chimney:

Hire a professional chimney sweep to remove any blockages and ensure proper airflow. 

• Use Dry Wood:

Ensure your firewood is properly seasoned (dried) with a moisture content below 20%. 

• Open the Damper:

Make sure the damper is fully open before starting a fire and adjust it slightly once the fire is established to control heat output. 

• Consider Glass Doors:

Glass doors can help retain heat within the firebox, increasing overall heat output. 

• Insulate the Chimney:

Consider adding insulation around the chimney to prevent heat loss. 

 

Hearing airflow sounds in your fireplace can be due to a few common issues, including wind noise, draft problems, or issues with the chimney structure. Wind can create whistling or howling noises if the chimney isn't properly sealed. Draft problems, like downdrafts, can also cause air to rush in and out of the chimney, producing audible sounds. Additionally, structural issues like a damaged chimney cap, loose parts, or even animal nests can contribute to airflow noise. 

 

Here's a more detailed breakdown:

1. Wind and Airflow:

• Wind-related noises:

Wind can create whistling, howling, or even roaring sounds if it enters the chimney and encounters turbulence or structural irregularities according to The Torch Guys. 

• Downdrafts:

When the air pressure inside the chimney is lower than outside (e.g., due to wind or temperature differences), air can be pushed down the chimney, causing a draft that might be audible as noted by Chimney Solutions Indiana. 

2. Chimney Structure and Components:

• Damaged or missing chimney cap:

A chimney cap helps prevent wind and debris from entering the chimney. If it's damaged or missing, it can create whistling or other noises according to Fire N Stone. 

• Faulty damper:

A damper that doesn't close properly can allow cold air to enter the fireplace, resulting in a draft and potentially whistling noises. 

• Structural issues:

Cracks in the chimney, loose bricks, or other structural problems can create air leaks and contribute to noise. 

• Animal intrusions:

Animals like birds or squirrels might build nests in the chimney, causing noises as they move around. 

3. Other Potential Causes:

• Creosote buildup:

Creosote, a byproduct of burning wood, can accumulate in the chimney and create crackling or popping noises as it expands and contracts with temperature changes.

• Temperature changes:

Metal components in the chimney can expand and contract with temperature fluctuations, producing ticking or creaking noises says Chimney Solutions Indiana. 

To address the noise, consider the following:

• Inspect the chimney: Check for any visible damage, loose parts, or signs of animal intrusion. 

• Ensure proper ventilation: Make sure your fireplace is properly ventilated to minimize draft issues. 

• Clean the chimney: Regular chimney cleaning can remove creosote buildup and prevent noise related to it. 

It is often caused by a natural reaction of the metal to heat and oxygen, a process called tempering. This can result in various colors like golden, amber, purple, or blue, depending on the temperature. Other causes include soot and creosote buildup, moisture, and corrosion. 

Here's a more detailed explanation:

1. Tempering (Oxidation):

• When stainless steel flues are heated, the metal reacts with oxygen, creating a thin layer that changes color. 

• The color indicates the temperature the metal reached, with higher temperatures causing darker colors like blues and purples. 

• This is a normal process and doesn't necessarily indicate a problem with the flue. 

• The discoloration can be removed with abrasive polishing, but it will likely reappear when the flue is heated again. 

2. Soot and Creosote:

• Burning wood produces soot and creosote, which can stick to the flue walls, causing black or brown stains.

• Poor drafting can exacerbate this issue by allowing more smoke and unburned particles to coat the flue.

• Soot and creosote buildup can also indicate a chimney fire, which requires immediate attention. 

3. Moisture:

• Water entering the chimney can cause rust on metal components like the cap, crown, and flashing.

• This rust can lead to reddish stains and compromise the protective function of these parts.

• Water damage can also encourage mold and algae growth, resulting in green, black, or blue stains.

• White stains can indicate water penetrating the masonry. 

4. Corrosion:

• Corrosion of metal parts like the cap, crown, or flashing can lead to rust-colored stains.

• This corrosion can also indicate a compromised ability to keep water out of the flue. 

In summary: While flue discoloration is often a natural result of heat and oxidation, it can also be a sign of other issues like soot buildup, moisture problems, or corrosion. Addressing these potential problems can help maintain a safe and efficient fireplace and chimney system.

It is extremely dangerous to install a fireplace in any area with a thatched roof. Thatch is highly flammable, and even with precautions, the risk of fire remains significantly increased. For this reason, Albi Fires strongly advises against installing any fireplace in a thatch-roofed structure.

Please note that Albi Fires will not accept any responsibility or liability for damage, loss, or injury that may occur as a result of a fire linked to a fireplace installed in a thatched-roof area, whether installed by the customer, a third party, or any external installer.

Your safety is our priority, and we urge all customers to follow installation guidelines strictly to prevent unnecessary hazards.

Yes we do installations. Soon after you have purchased a fireplace, our sales team will handover the installation logistics to our service coordinator who will be in contact with you and facilitate the whole installation process. They will generally collect the fireplace and the flues from our showroom for you when you book an installation with them and deliver and install on the same day.

All fireplaces are different and the amount of wood that is burnt per hour depends on your fireplace's specific specs, as well as how open the air vents are, type of used wood and other factors. Wood consumption varies from 1kg - 5kg/hr and generally speaking the bigger, more powerful fireplaces use more wood.

For maximum efficiency and minimal harm to the environment, use dry, seasoned, hard wood. Don't use wet wood which may smoke and damage the glass of the fireplace.