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Can I Put A Hot Pan On Quartz?

Quartz countertops have surged in popularity in recent years, coveted for their durability, versatility, and stunning aesthetics. Whether you’ve recently installed quartz countertops in your kitchen or you’re considering them for an upcoming renovation project, one common question that often arises is “Can I put a hot pan on quartz?”

Putting a hot pan directly onto quartz is not recommended. Sudden drastic temperature changes known as ‘thermal shock’ can cause quartz surfaces to crack or discolour. Instead, place the hot pan on a protective layer such as a trivet, hot pad or cutting board. Doing this will protect the quartz.

In this blog post, we’ll delve into the dos and don’ts of placing hot pans on quartz countertops. We’ll explore the science behind quartz’s heat resistance and provide practical tips to help you maintain the beauty and integrity of your quartz surfaces for years to come. So, before you reach for that pot or pan, let’s unravel the mysteries surrounding heat and quartz countertops.

Should You Avoid Putting A Hot Pan On Quartz?


While quartz is renowned for its durability and heat resistance, it’s not impervious to damage from extreme temperatures. Placing a hot pan directly onto a quartz countertop can create thermal shock, leading to cracks, discolouration, or other forms of damage. 

Therefore, it’s generally recommended to avoid this practice to prevent compromising the appearance and structural integrity of your countertops. Instead, using trivets, hot pads, or other protective barriers between hot cookware and the quartz surface can help distribute heat more evenly and reduce the risk of damage. By taking these precautions, you can ensure that your quartz countertops maintain their beauty and functionality for years to come, without the worry of heat-related issues.

The Science Behind Quartz’s Heat Resistant Properties

Quartz worktops boast impressive heat resistance due to their composition and manufacturing process. These surfaces are typically made from a combination of natural quartz crystals and resins, which are compressed and heated to create a durable and non-porous material. The high quartz content provides inherent heat resistance, making quartz countertops capable of withstanding moderately high temperatures without sustaining damage.

However, it’s crucial to understand the limitations of this heat resistance. While quartz can tolerate temperatures up to a certain threshold, sudden and extreme changes in temperature can still pose a risk. This is where the concept of thermal shock comes into play.

Thermal shock occurs when a material experiences rapid temperature changes, causing uneven expansion or contraction within its structure. When a hot pan is placed directly onto a quartz countertop, the localised heat can create significant temperature disparities, leading to thermal shock. This phenomenon can result in cracks, fractures, or other forms of damage to the quartz surface.

Therefore, while quartz countertops exhibit heat-resistant properties, it’s essential to handle them with care to avoid exposing them to conditions that could induce thermal shock.

Tips To Protect Your Quartz Surface from Heat Damage

Quartz countertops are prized for their durability and resistance to many household hazards. However, when it comes to heat, even this robust material has its limits. To keep your quartz surface looking its best and prevent potential damage from heat exposure, consider the following tips:

Use Trivets or Hot Pads

When placing hot pots, pans, or dishes onto your quartz countertop, always use trivets or hot pads as protective barriers. These accessories help distribute the heat more evenly and prevent direct contact between the hot cookware and the quartz surface, reducing the risk of thermal shock.

Avoid Sudden Temperature Changes

Quartz countertops can withstand moderately high temperatures, but sudden changes in temperature can still cause thermal shock. To minimise the risk, avoid placing extremely hot items directly onto a cold quartz surface or vice versa. Allow hot items to cool slightly before placing them on the countertop.

Clean Up Spills Promptly

Accidental spills of hot liquids or foods can occur during cooking or meal preparation. Promptly wipe up any spills on your quartz surface with a soft cloth or sponge to prevent heat from becoming concentrated in one area, which could lead to thermal shock or other damage.

Use Cutting Boards

While quartz countertops are scratch-resistant, they can still be susceptible to damage from sharp or abrasive objects. When cutting or chopping ingredients, always use a cutting board to protect the surface from scratches and potential heat damage from friction.

Keep Heating Appliances Away

Avoid placing hot appliances such as electric skillets, slow cookers, or toaster ovens directly onto your quartz countertop. Instead, use them on heat-resistant mats or stands to prevent direct contact and minimise heat transfer to the quartz surface.

Consider Resealing Periodically

While quartz countertops are non-porous and do not require sealing like natural stone surfaces, periodic resealing may help maintain their heat resistance and overall appearance. Consult with your quartz countertop manufacturer or installer for specific recommendations on resealing frequency.


In conclusion, while quartz countertops are renowned for their durability and heat resistance, it’s essential to treat them with care to maintain their pristine appearance and structural integrity. By understanding the science behind quartz’s heat-resistant properties and implementing practical tips to protect against heat damage, homeowners can ensure that their countertops remain beautiful and functional for years to come.

Avoiding direct contact between hot cookware and the quartz surface, using trivets or hot pads, and cleaning up spills promptly are simple yet effective measures to prevent thermal shock and other forms of heat-related damage. Additionally, practising caution with sharp objects and heating appliances can help preserve the surface from scratches and potential heat transfer.