A Comprehensive B2B Analysis of Fire Pit Mats: Materials, Safety, and Procurement Guide

Chapter 1: The Functional Necessity of Fire Pit Mats in Outdoor Environments

1.1 Defining the Fire Pit Mat: A Critical Safety Accessory

A fire pit mat is a specially engineered, non-combustible barrier designed to be placed between a heat source, such as a fire pit or grill, and the underlying surface. Its primary purpose is to protect valuable outdoor assets like wood or composite decks, patio pavers, and lawns from heat damage, flying embers, and grease spills.

As outdoor living lifestyles have grown in popularity, fire pits have become a standard feature for backyards and patios. However, the intense heat they generate and the potential fire risks they pose have introduced new challenges. Consequently, the fire pit mat has emerged as a simple yet crucial safety tool, ensuring users can enjoy the warmth and ambiance of an outdoor flame without worrying about potential property damage or safety hazards. The market has evolved to offer specialized mats for different surfaces, such as models designed specifically to protect wood decks, artificial turf, or concrete floors, with each type engineered to address the unique vulnerabilities of a specific surface, like warping, melting, or staining.

1.2 Key Functions and Strategic Advantages

The function of a fire pit mat extends far beyond simple ground covering; it offers multiple strategic advantages for both commercial and residential settings.

• Preventing Heat Damage: The core function of a fire pit mat is to insulate against or reflect the intense radiant heat produced by a fire pit. This heat is sufficient to cause wood to discolor and warp, and can even melt composite decking. Certain composite materials can begin to soften at temperatures as low as 176°F (80°C), making an effective heat shield an essential accessory. By forming a protective layer, a fire pit mat effectively prevents this irreversible damage, safeguarding the owner’s investment.
• Controlling Sparks and Embers: During combustion, especially with wood-burning fire pits, flying sparks and embers are a common cause of accidental fires. A fire pit mat effectively captures these hot particles, preventing them from coming into contact with dry leaves, grass, or other flammable materials, thereby significantly reducing fire risk.
• Protecting Assets and Extending Lifespan: By protecting the ground, a fire pit mat not only extends the life of expensive decks and patios but can also indirectly protect the fire pit itself. For instance, placing a fire pit mat on grass or damp ground can prevent moisture from directly contacting the bottom of the fire pit, thus slowing the rusting process of materials like steel or cast iron and extending the fire pit’s lifespan.
• Meeting Regulatory Requirements and Reducing Liability: In some regions, local fire safety regulations mandate the use of a protective mat when operating a fire pit. For commercial establishments such as restaurants, resorts, and hotels, using a certified fire pit mat is not only a best practice for regulatory compliance but also a key measure in reducing liability risk from potential fire incidents, ensuring their operations are both legal and safe.

Market trends clearly indicate that the role of the fire pit mat is shifting from an optional “accessory” to an “essential safety device.” This transformation is driven by several factors. First, the rising cost of building materials like lumber has made repairing or replacing a deck or patio exceptionally expensive, leading users to prefer preventative measures to protect their assets. Second, while modern composite decks are attractive and durable, their sensitivity to heat is much greater than that of traditional wood, which has directly created a strong demand for efficient heat barriers. Therefore, a fire pit mat is viewed as a high-return “insurance policy,” with its value far exceeding its purchase price. For B2B buyers, this means that product positioning and marketing should shift from aesthetics to safety, compliance, and asset protection. This narrative better aligns with the risk management needs of commercial clients and provides a solid value proposition for higher-quality, higher-priced products.

Furthermore, market segmentation is becoming increasingly apparent. Products designed for specific applications, such as mats for artificial turf and eco-friendly mats made from recycled materials, reflect the growing diversity of consumer needs. This presents a strategic opportunity for B2B buyers. By sourcing and offering a diverse product portfolio, they can precisely meet the needs of different end-users—whether it’s a homeowner with a composite deck, an outdoor enthusiast focused on “leave no trace” principles, or a commercial facility needing to protect concrete surfaces. This refined market strategy helps capture a broader market share and builds a professional, comprehensive brand image.

Chapter 2: Deconstructing Fire Pit Mat Material Structures and Performance

2.1 The Protective Core: A Multi-Layer Structural Analysis

Most high-performance fire pit mats are not made from a single material but rather a sophisticated multi-layer composite structure to achieve superior comprehensive protection. This design philosophy aims to address complex outdoor environments through the complementary functions of different materials. A typical structure often includes:

• Top Layer (Heat-Reflective Layer): Directly faces the heat source, its main function is to reflect radiant heat.
• Middle Layer (Insulating Core): Acts as the primary barrier to heat conduction, absorbing and dissipating residual heat.
• Bottom Layer (Durable, Non-Slip Layer): Contacts the ground, providing abrasion resistance, waterproofing, and anti-slip functions.

For example, a common configuration uses a highly reflective aluminum foil for the top layer, fiberglass insulation cotton for the middle layer, and a silicone-coated fiberglass cloth for the bottom layer. The number of layers can range from two to four or more, and the total thickness is a key indicator of its insulating capability. Some high-end mats claim a thickness of up to 6mm, six times that of ordinary mats, thus providing stronger protection.

2.2 In-Depth Material Analysis: Properties and Functions

2.2.1 Silicone-Coated Fiberglass

• Function: This is the foundational material for many fire pit mats. The fiberglass cloth itself provides excellent structural strength and inherent fire resistance. Applying a silicone coating to its surface endows the mat with several critical properties: enhanced durability, water and oil resistance, a reliable non-slip surface, and makes the mat extremely easy to clean. Additionally, the silicone coating effectively encapsulates the fiberglass, preventing fiber exposure that could cause skin irritation, thereby improving product safety and user experience.
• Performance: Silicone has a very low thermal conductivity, meaning it transfers heat very slowly. It also possesses excellent thermal stability, maintaining its original physical structure and properties even after prolonged exposure to heat. This material has a very wide operating temperature range, withstanding cold down to -67°F (-55°C) and performing continuously at 446°F (230°C) for over 1,000 hours without degradation.

2.2.2 Aluminized Layer (Aluminum Foil)

• Function: The aluminized layer plays a crucial role in a fire pit mat, with its core mechanism being “heat reflection” rather than “insulation.” When the fire pit radiates heat downwards, this highly reflective aluminum foil surface can reflect up to 95% of the radiant heat back into the air, thus stopping heat transfer to the mat’s underside at the source. To maximize its effectiveness, the aluminized layer must face the fire pit’s heat source during use.
• Performance: This reflective mechanism is vital for preventing the ground from being “baked” over long periods, a problem that mats relying solely on insulation materials struggle to solve. The aluminized layer is the key technology that enables many mats to achieve extremely high temperature ratings, significantly enhancing the mat’s overall protection level.

2.2.3 Advanced Composites: Volcanic Rock Fiber and Carbon Fiber

• Volcanic Rock Fiber (Basalt Fiber): This material is used in some top-tier protective products, such as the DeckProtect brand. It is woven into a dense insulating pad, which is typically housed within a sturdy aluminum frame. The unique feature of this design is that rubber feet on the bottom of the frame elevate the entire insulating pad off the ground, creating a critical air circulation layer. This air gap not only effectively blocks heat conduction but also prevents moisture from accumulating under the mat, thereby avoiding mold or rot on wooden decks—a highly competitive and unique selling point.
• Carbon Fiber: Carbon fiber is often combined with aluminum foil and is known for its high heat resistance and lightweight properties. When exposed to high temperatures, carbon fiber forms a char-like insulating structure, which reduces the rate of heat transfer. However, some user feedback indicates that carbon fiber material may degrade over time and produce fiber fragments, posing a safety hazard. Furthermore, there are significant discrepancies in the temperature resistance data for carbon fiber mats on the market, with some products rated at only 752°F (400°C) or 840°F (450°C), while others claim up to 1800°F (982°C), reflecting a lack of standardized market criteria.

2.3 Interpreting Temperature Ratings: A Critical Analysis

Manufacturers’ claims for fire pit mat temperature ratings vary widely, from 840°F (450°C) to as high as 2000°F (1093°C) or even 2200°F (1204°C). For buyers, it is crucial to understand the meaning behind these numbers.

A distinction must be made between “peak temperature resistance” and “continuous heat resistance.” The former usually refers to the mat’s ability to withstand a dropped hot coal for a short period without being damaged, while the latter refers to its capacity to block the radiant heat from the bottom of a fire pit for several hours. In actual use, the continuous temperature at the bottom of a fire pit can easily exceed 1000°F (538°C). Therefore, a product’s true performance is more dependent on its continuous heat resistance.

The effectiveness of these temperature ratings ultimately depends on following the correct usage guidelines, especially maintaining the minimum safe distance between the bottom of the fire pit and the mat (detailed in Chapter 3).

After an in-depth analysis of material performance, a key conclusion emerges: a simple “temperature rating” is a vague and potentially misleading metric. The vast range of ratings from 450°C to 1200°C on the market, along with conflicting data for the same material (like carbon fiber) from different sources, indicates a lack of a unified, standardized testing protocol for this application within the industry. B2B buyers cannot make a judgment based on a single number. Marketing departments may be inclined to promote the theoretical maximum temperature tolerance, but a mat that can withstand an 1100°C ember for 30 seconds may not protect a deck for an hour under 550°C of continuous radiant heat. Therefore, purchasing decisions should rely more on verifiable physical properties, such as material composition (whether it includes an aluminized layer for heat reflection), product thickness, number of structural layers, and authoritative third-party safety certifications.

Another important finding is that superior “product design” can sometimes trump mere “raw material advantage.” Take the DeckProtect system, for example. Its “insulating pad + ventilation frame” integrated design offers a more comprehensive protection solution than any single flexible mat. A flexible mat laid directly on a deck, no matter how high its material’s temperature rating, cannot solve two potential problems: first, trapped moisture, which can lead to mold or rot on the deck; and second, heat slowly penetrating through prolonged conduction, which can still eventually damage the surface. Some users have reported that even with a “fireproof mat,” their deck still showed signs of smoldering underneath due to radiant heat. DeckProtect’s elevated design, by creating an air gap, perfectly solves both these issues, allowing heat to dissipate and keeping the deck dry. The implication for B2B buyers is that when evaluating products for the high-end market or for commercial applications with absolute safety requirements, they should focus on solutions that offer a complete protection “system,” not just the material itself. Products that integrate ventilation and elevation features have a significant competitive advantage and can support their higher market pricing.

Table 1: Comparative Analysis of Core Fire Pit Mat Materials

To facilitate quick and intuitive decision-making for B2B buyers, the following table provides a comparative analysis of mainstream fire pit mat materials, clearly illustrating the cost-effectiveness and suitable applications for each.

Chapter 3: Key Safety Protocols and Compliance

3.1 The Science of Safe Distance: Radiant Heat vs. Direct Contact

The core principle of safe fire pit mat use lies in understanding how it works. The greatest threat to the surface below is not direct flame contact, but the intense, continuous radiant heat generated from the bottom of the fire pit. The primary function of a fire pit mat, especially one with an aluminized layer, is to defend against this radiant heat through reflection. However, the effectiveness of this function strictly depends on maintaining an effective “air gap” between the heat source and the mat.

If a fire pit is placed directly on the mat, heat will be transferred primarily through conduction. In this scenario, the mat’s reflective function is greatly diminished, and even the thickest insulating material could be “breached,” allowing heat to penetrate to the surface below and cause damage. Therefore, ensuring an air gap is the foremost prerequisite to prevent product failure and property damage.

3.2 Establishing a Minimum Gap: A Critically Important Guideline

Manufacturers have clear and consistent recommendations for the minimum safe distance between the bottom of the fire pit and the mat. This distance is typically between 4 to 10 inches (approximately 10 to 25 centimeters).

• General Recommendation: Most product instructions will emphasize maintaining a gap of at least 4 inches (10 cm).
• Conservative Guideline: If not explicitly stated, the industry rule of thumb is to maintain a distance of no less than 10 inches (25 cm).
• For Large Fire Pits: For larger fire pits with higher heat output, it is recommended to increase this distance to 12 inches (30 cm) to ensure safety.

This is the single most critical instruction in the entire product manual. Failure to comply with this rule is the most common cause of mat protection failure and ground damage.

3.3 Understanding Safety Certifications

In a market filled with complex performance claims, third-party safety certifications are a vital tool for B2B buyers to discern product quality. While there is currently no single, unified certification standard specifically for “fire pit mats,” reputable manufacturers will obtain relevant certifications for the “materials” used in their products.

• UL94 VTM-0: This is a vertical burn test standard for plastics and fabrics. Achieving a VTM-0 rating means the material stops burning within 10 seconds after two applications of a flame, with no flaming drips. This is a strong indicator of the material’s flame-retardant performance.
• SGS Testing / CE Certification: These are internationally recognized conformity marks. SGS is a leading global inspection, verification, testing, and certification company, and its test reports are highly credible. The CE mark indicates that a product meets the EU’s safety, health, and environmental protection requirements.
• CSA / UL Listed: These certifications typically apply to the gas “appliances” themselves, such as fire pits or grills, rather than the mats. However, mat products may advertise that they are “suitable for use with CSA-certified fire pits” to associate their product’s safety image with rigorously certified appliances.
• USFS / BLM Regulations: Some mats designed for the camping market may claim compliance with the U.S. Forest Service (USFS) and Bureau of Land Management (BLM) regulations for fire blankets, which is an important selling point for buyers in the outdoor goods channel.

3.4 Maintenance and Care: Ensuring Long-Term Performance

Proper maintenance and care are essential to ensure the protective performance and longevity of a fire pit mat.

• Cleaning: Most fire pit mat surfaces are easy to clean. Mild soap and water with a damp cloth are usually sufficient. For stubborn grease stains, a scraper can be used to remove solid residue before cleaning. The non-stick properties of silicone and aluminum foil surfaces make cleaning even easier.
• Storage: During seasons when the fire pit is not in use, the mat should be stored in a cool, dry place away from direct sunlight to prevent material aging or degradation. Most flexible mats can be rolled up for storage to save space.
• Inspection: Before each use, the mat should be carefully inspected for any signs of damage, tears, or aging. Fiberglass materials, in particular, may experience fiber breakage after long-term use, creating fragments that can affect safety and user experience.

At the level of safety protocol execution, there is a significant “safety gap,” meaning the final protective effect is heavily dependent on the end-user’s ability to correctly follow the “safe distance” rule. This is a critical point of failure that manufacturers cannot directly control. A product might promise on its packaging to “withstand 1100°C,” but its fine print will inevitably include the prerequisite of “maintaining at least a 10 cm air gap.” In practice, consumers are likely to place a fire pit with only 5 cm legs directly on the mat, mistakenly believing the mat itself provides all the protection. As a result, the deck gets damaged, and the consumer blames the product quality, leading to negative reviews, returns, and even potential legal liability. For B2B buyers, this means that the importance of the safe distance must be repeatedly emphasized in the clearest and most prominent way on product packaging, instruction manuals, and all marketing materials. From a supply chain perspective, sourcing products that solve this issue through their design (such as DeckProtect’s elevated frame) can eliminate this risk at its root and can be marketed as a “worry-free safety” premium feature.

Meanwhile, in a market flooded with exaggerated performance claims, verifiable third-party certifications (like UL94 VTM-0) are a powerful tool for building brand credibility. When numerous sellers all claim their products are high-temperature resistant, B2B buyers need an objective standard to differentiate between them. UL, SGS, or CE certification marks provide exactly this kind of third-party endorsement. Therefore, when negotiating with suppliers, buyers should proactively request valid documentation for all claimed certifications. This certification information should be highlighted in marketing materials aimed at commercial clients (like hotels and restaurants) and retailers. This shifts the sales conversation from the subjective “how many degrees can it withstand” to the objective, verifiable “what safety standards does it meet,” thereby greatly enhancing the product’s persuasiveness and market competitiveness.

Chapter 4: B2B Procurement and Commercial Guide

4.1 Deconstructing the B2B Pricing Structure

The wholesale price of a fire pit mat is determined by a combination of factors. Understanding these is fundamental for B2B buyers to develop a successful procurement strategy.

• Material Quality and Origin: This is the primary cost driver. Using high-quality, patented composite materials (like volcanic rock fiber) or raw materials that meet specific standards is far more expensive than using standard imported fiberglass cloth. The quality and thickness of coatings (such as silicone or vermiculite) also directly impact the price.
• Structural Complexity: The number of layers, total thickness, and whether the edges are finished with special processes (like Kevlar fire-retardant stitching) are all directly related to manufacturing costs and the final quote. A four-layer, 6mm thick mat will inevitably be priced higher than a two-layer, 1mm thick mat.
• Order Volume and Economies of Scale (MOQ): Wholesale pricing is closely tied to order quantity. Suppliers typically set a Minimum Order Quantity (MOQ), generally between 50 and 100 units. The larger the order, the lower the unit cost, which is a typical effect of economies of scale.
• Branding and Customization: Any customization services, such as printing a brand logo on the mat or using custom packaging (like a PVC bag or color box), will increase the unit cost.
• Pricing Models: The market’s product pricing strategies are clearly divided into two categories. On B2B platforms (like Made-in-China.com), most products use a “cost-plus” pricing method, making prices relatively transparent. For products with brand recognition, unique technology, or endorsements from authoritative bodies (like DeckProtect being recommended by Trex), a “value-based” pricing model is more common, where the price reflects the unique value provided to the customer (such as absolute safety assurance).

4.2 The B2B Customization Workflow: From Concept to Delivery

To meet diverse market needs, most suppliers offer comprehensive customization services. A typical B2B customization process is as follows:

• Step 1: Initial Inquiry and Specification Definition: The buyer submits a request to the supplier, clearly defining all customizable parameters:
  • Size and Shape: Common sizes include 24, 36, 48 inches, etc., but almost all suppliers offer custom size services. Shapes can be round, square, or rectangular.
  • Material and Performance: Specify the material composition (e.g., silicone-coated fiberglass with an aluminized layer), number of layers, thickness, and desired temperature rating.
  • Color and Branding: Choose from base colors (e.g., black, silver, orange) and provide the artwork file for the brand logo (usually screen printing or pad printing is supported).
  • Packaging: Specify the packaging method, such as a simple PVC bag or a custom retail color box.
• Step 2: Quotation and Artwork Confirmation: The supplier provides a quote based on the buyer’s specifications and order quantity. The buyer submits the digital artwork file for the brand logo (e.g., vector formats like AI or EPS). The supplier creates a product mockup for the buyer’s confirmation.
• Step 3: Sample Production and Approval: Before mass production, the supplier produces a pre-production sample for the buyer’s approval. This is a critical quality control step to ensure the final product meets all requirements. The typical lead time for a custom sample is 7-10 days.
• Step 4: Mass Production: Once the sample is approved, the buyer places a formal bulk order, and the factory begins production. For orders meeting the MOQ, the typical production lead time is 15-30 days.
• Step 5: Logistics and Delivery: After production is complete, the supplier arranges for packaging and shipping according to the agreed trade terms (e.g., FOB – Free On Board). The final shipping time and cost depend on the transportation method and destination.

For B2B buyers, customization is not just a means of branding but also a strategic tool for building a differentiated product line. By partnering with a capable supplier, a buyer can leverage the available custom options (such as layers, thickness, material combinations) to create a “good, better, best” product matrix covering different price points. For example, the same supplier could be commissioned to produce three different SKUs: 1) “Good”: a basic two-layer silicone/fiberglass mat for price-sensitive consumers; 2) “Better”: an upgraded model with an added aluminized reflective layer for enhanced performance; and 3) “Best”: a four-layer, extra-thick structure with the highest temperature rating and premium retail packaging for the high-end market. This strategy not only consolidates the supply chain and simplifies logistics but also allows the buyer’s brand to occupy multiple price points in the market, maximizing market share without managing multiple suppliers.

Additionally, the 50-100 unit Minimum Order Quantity (MOQ) set by suppliers reveals two important market characteristics. On one hand, this relatively low threshold allows small businesses, including many Amazon sellers, to enter the custom product market, intensifying competition. On the other hand, it means that for large retailers or wholesalers, their significant order volume becomes a powerful negotiating tool. Buyers with large orders should not only seek discounts on the unit price but also negotiate terms on packaging costs, longer payment periods (like the support offered by Heaterk), or priority production scheduling. The prevalence of low MOQs suggests a highly competitive supplier environment where buyers with scale have a distinct bargaining advantage.

Table 2: B2B Customization Parameters and Timeline Planning

The following table provides B2B buyers with a clear flowchart and timeline planning tool, designed to break down the complex customization process into manageable steps.

Chapter 5: B2B Buyer Frequently Asked Questions (FAQ)

This chapter aims to answer the most common key questions B2B buyers encounter during the fire pit mat procurement process, providing data-driven, actionable answers.

• Question 1: What is the actual durability of these mats? Is the high cost of premium materials justified?
  • Answer: The durability of a mat is primarily determined by material quality, thickness, and construction. Low-cost mats may use lower-grade materials that degrade more quickly under UV exposure and repeated heat cycles. High-end mats use superior materials, such as volcanic rock fiber or thicker multi-layer composites, and may be reinforced with Kevlar stitching, offering a longer service life and more reliable protection. The justification for their higher cost lies in: 1) Enhanced safety, effectively preventing costly deck repairs due to mat failure; 2) Longer product lifespan, reducing long-term replacement costs; and 3) They are often accompanied by better brand reputation, warranties, and customer support services.
• Question 2: Are these mats suitable for all types of fire pits (wood, propane, smokeless)?
  • Answer: They are generally universal. However, some mats are specifically marketed for use with propane/natural gas fire pits only. Compared to gas fire pits, wood-burning fire pits produce more intense direct heat and a significant amount of hot embers, thus requiring a more robust mat with a higher heat rating. Regardless of the fuel type, ensuring an adequate air gap between the fire pit and the mat is always key to safe use.
• Question 3: How important is the “air gap” or safe distance? What happens if it’s not followed?
  • Answer: This is the single “most critical factor” for ensuring safety and product performance. Without a sufficient air gap, heat is transferred via direct conduction, which will negate the mat’s insulating and reflective capabilities. Even the highest quality mat may fail to prevent heat penetration under these conditions, ultimately leading to scorch marks, melting, or even smoldering on the surface below. The recommended safe distance is typically 4 to 10 inches (10 to 25 cm).
• Question 4: What do the various safety certifications (e.g., UL94, SGS) actually mean for us and our customers?
  • Answer: These certifications provide independent, third-party verification of a material’s fire-resistant properties. For example, UL94 VTM-0 is a very stringent vertical burn test standard. For B2B buyers, these certifications are key indicators for evaluating supplier and product quality, as well as a powerful marketing tool. For end consumers, these marks provide confidence and peace of mind, indicating that the product meets recognized safety standards and reducing their purchasing risk.
• Question 5: What are the most common product failure points or customer complaints we should anticipate?
  • Answer: Based on technical data and user feedback, the most common issues include: 1) Ground damage due to improper use (failure to maintain a sufficient air gap), which is the primary source of complaints. 2) Degradation of fiberglass material after long-term use, producing fiber fragments that affect the user experience. 3) Peeling or delamination of coatings or composite layers on low-quality mats after exposure to heat and embers. 4) The product’s advertised temperature rating not holding up under actual continuous use.
• Question 6: Regarding customization, what is the typical total lead time from placing an order to receiving the goods?
  • Answer: The total delivery cycle is the sum of the time for each stage. A typical estimate is as follows: Sample Production (7-10 days) + Mass Production (15-30 days) + Shipping (variable, sea freight usually takes 20-30 days or more). Therefore, B2B buyers should plan for a total cycle of approximately 45 to 70 days for a complete custom order.

Chapter 6: Strategic Recommendations and Market Outlook

6.1 Key Procurement Takeaways

• Look Beyond a Single Metric: In procurement decisions, prioritize the product’s overall design (including ventilation structures) and verifiable third-party certifications over relying too heavily on a manufacturer’s claimed single temperature rating.
• Utilize Customization Strategically: View customization as a tool to build a tiered product line. By adjusting materials, thickness, and packaging, you can develop products from a single supplier that cater to different market segments and price points.
• Focus on Core Value: In marketing and product positioning, emphasize safety, compliance, and asset protection. This not only addresses consumers’ core pain points but also provides a solid justification for a product’s premium price.

6.2 Future Trends and Market Opportunities

• Material Innovation: The market will continue to seek lighter, more durable, and higher-performance composite materials. Research and development into more efficient heat reflection and insulation technologies will be key to future product competition.
• Rise of Eco-Friendly Products: With growing consumer environmental awareness, the demand for fire pit mats made from recycled or sustainable materials will continue to increase. This offers a new market entry point for buyers looking to build a green brand image.
• Integrated Safety Systems: A significant future trend may be the bundling of safety accessories with the main fire pit unit. This means selling fire pits that come directly with a safety-matched and certified protective mat and stand. This “one-stop safety solution” not only simplifies the safety decision-making process for consumers but also creates an excellent opportunity for B2B suppliers and retailers to offer value-added packages and increase the average transaction value.