The Ultimate Guide to Making Vape Pens: Choosing the Best Hardware

Your Extracts & Terpenes Are Only As Good As Your Vape Carts

As an experienced cannabis or hemp industry professional, you already know that vape hardware is a critical factor in delivering a consistent, high-quality vaping experience. Whether you’re working with distillate, live resin, or rosin, selecting the right hardware can make or break your product’s performance and flavor. But the quality of your oil is only as good as the hardware it’s in. Poorly matched components can result in clogged cartridges, burnt flavors, or inconsistent vapor production.

At True Terpenes, we understand these challenges better than anyone. While we specialize in supplying the finest terpenes for flavoring your vape products, our expertise goes beyond terpenes alone. We help brands optimize their entire vape solution, troubleshooting hardware issues, and ensuring that your oil and terpenes perform at their best. In this comprehensive guide, we’ll walk you through the critical factors to consider when selecting vape hardware, as well as how partnering with True Terpenes can elevate your vape offerings.

Key Considerations When Choosing Vape Hardware

Choosing the right vape hardware is crucial for delivering a consistent, high-quality vaping experience. Let’s explore some of the core components that affect vape performance and oil compatibility.

1. Atomizer Core: Quartz Core vs. Ceramic Core

The atomizer core material directly impacts the heat distribution, flavor retention, and longevity of your vape pens. The two most common core materials are:

Ceramic Vape Core

Ceramic cores are one of the most popular options in today’s vape hardware, thanks to their ability to provide a clean, consistent vaping experience without burning the oil.

• Pros:
  • Even heat distribution: Ceramic cores heat more evenly than traditional cotton wicks, resulting in better flavor retention and fewer chances of burning the oil.
  • Longer lifespan: Ceramic is durable and doesn’t degrade over time like wick materials, providing a longer-lasting vape experience.
  • Ideal for thick oils: Because of their structure, ceramic cores can handle higher-viscosity oils like live resin or rosin without clogging.
• Cons:
  • Slower heat-up time: Ceramic takes longer to heat up compared to other core wicking materials, which may result in slower vapor production at the start.
  • More expensive: Ceramic cores tend to be pricier than traditional wick and coil systems, which can increase the cost of production.
• Best Use: Thicker oils (rosin, live resin) and terpene-rich formulations where flavor is the priority.

Quartz Vape Cores

Quartz cores are another option, offering a fast-heat solution that’s ideal for users who prioritize quick vapor production. Instead of using a wick, these cores rely on a quartz rod wrapped in metal.

• Pros:
  • Fast heat-up time: Quartz cores heat almost instantly, making them ideal for users who want immediate vapor production without waiting for the device to warm up.
  • Pure flavor: Quartz cores offer cleaner hits, especially at lower temperatures, preserving terpene profiles in the oil.
• Cons:
  • Can overheat quickly: Quartz cores heat rapidly, which can sometimes lead to burning or degradation of terpenes if the temperature isn’t carefully controlled.
  • Not great for thicker oils: Like wick systems, quartz cores may not perform well with high-viscosity oils, potentially leading to clogging or uneven vaporization.
• Best Use: Fast-heat applications and thinner oils like distillates or blends with high terpene content.

2. Atomizer Core Size

The surface area of the atomizer core significantly impacts the vaping experience in several ways and is a key component in flavor retention:

• Extract Absorption:
  • A larger core absorbs more extract at a time, which can lead to denser vapor production and better flavor delivery, especially at higher power settings.
  • A smaller core may struggle to keep up with higher power, leading to burnt extract, dry hits, or reduced vapor production.

• Flavor:
  • A larger core generally enhances flavor by providing a more consistent and plentiful supply of extract to the coil.
  • A core that is too small may lead to under-saturation, which can negatively affect the flavor and cause terpene degradation.

Choosing the right core size depends on the vaping setup, such as the type of extract (more viscous extract needs larger wicks), the power settings, and personal preference for vapor production and flavor intensity.

3. Inlet Hole Size

Inlet holes control the flow of oil to the heating coil, making it essential to match the size to your oil’s viscosity:

• 1.0-1.2mm Inlet Holes: Suitable for thinner oils such as distillates.
• 2.0mm Inlet Holes: Ideal for thicker extracts like live resin and rosin.

Matching the correct inlet hole size to your oil type prevents leaking, clogging, and dry-hits and ensures smooth vapor production.

4. Tank Materials: Glass vs. Plastic

Tank material selection is a key factor, especially when working with terpene-rich oils, as terpenes can degrade certain plastics over time. Here’s what to consider:

• Glass Tanks: The preferred choice for premium vape products, glass is chemically inert and won’t interact with terpenes. It ensures the oil’s purity and flavor remain intact.
• Plastic Tanks: Certain high-quality plastics can be used, provided they have been tested for terpene interactions. Look for suppliers who can provide test data showing minimal terpene leaching.

Tip: Always verify that your hardware supplier tests for terpene interactions with plastics to ensure long-term product stability.

5. Resistance of the Vape Hardware

The ohm rating, which is a unit of resistance, and the voltage of the battery of your vape hardware determines the balance between vapor production and flavor. A lower resistance typically leads to higher vapor production but can sacrifice flavor, especially at higher temperatures. Reducing the voltage will reduce vapor production but will maintain flavor.

• Higher Voltage + Low Resistance (<1.0Ω): This combination is designed for larger cloud production but may overheat terpenes and diminish the flavor.
• Lower Voltage + Higher Resistance (1.2-2.0Ω): This setup produces smaller clouds but better preserves flavor by operating at lower temperatures.
• Lower Voltage + Low Resistance (<1.0Ω): This combination would preserve flavor better than the higher voltage + low resistance combination.

For a flavor-forward product, utilize low-temperature settings.

6. Metal Coil Style in the Atomizer

The style of metal coil wire plays a significant role in determining the quality of the vape experience. Each style affects factors like vapor production, flavor, and excess heating.

The three traditional styles are Single, Dual, and Parallel.

• Single Coil
  • Construction: A single strand of wire wrapped into a coil.
  • Vapor Production: Single coils typically produce less vapor compared to dual and parallel setups but are often preferred for users who want a more balanced vaping experience.
  • Flavor: Single coils can deliver excellent flavor because they tend to have a more focused heat profile. The single coil heats up quickly and efficiently.
  • Power Consumption: Single coils use less power than dual or parallel setups, which is beneficial for battery life.
• Dual Coil
  • Construction: Two separate coils are used and wrapped individually and encased in their own core.
  • Vapor Production: Dual coils produce more vapor compared to single coils due to the increased surface area of the atomizer core.
  • Flavor: Dual coils deliver the most enhanced flavor since they have the largest core surface area of the three listed.
  • Power Consumption: Dual coils consume more power since both coils require energy to heat up, which can lead to faster battery drain.
• Parallel coil
  • Construction: Two strands of wire are wrapped together to form one coil, creating more surface area within the same coil structure.
  • Vapor Production: Parallel coils generate a large amount of vapor due to the increased heat exposure. 
  • Flavor: Parallel coils can more easily lead to the burning of the extract since twice the power is supplied to the core. This can create hot spots and uneven heating, leading to poor extract flavor and degradation.
  • Power Consumption: Parallel coils require more power than single coils but are comparable to dual coil setups.

Choosing between these styles depends on your vaping preference: whether you prioritize vapor production, flavor, battery efficiency, or a balance of all three.

Choosing the Right Vape Battery: What You Need to Know

While atomizer material, tank design, and terpenes play essential roles in the overall vaping experience, the vape battery is the engine that powers everything. Selecting the right battery can significantly affect vapor production, flavor quality, and overall performance. Here’s what you need to consider when choosing a vape battery for your product:

Battery Voltage

The voltage of the battery determines how much power is sent to the coil to heat the oil. There are two main types of batteries in terms of voltage control:

• Fixed Voltage: These batteries deliver a consistent voltage output, usually around 3.7 volts. Fixed voltage batteries are simple and cost-effective but may not be ideal for oils that require fine-tuned heat control (such as terpene-rich oils that are sensitive to higher temperatures).
• Variable Voltage: Variable voltage batteries allow the user to adjust the power output, giving them more control over the vaping experience. These batteries are ideal for brands that want to offer users customization options, especially if your oil requires lower heat to prevent burning terpenes or if you want to cater to both flavor-focused users and cloud chasers.

Pro Tip: Lower voltage settings (e.g., 2.8-3.2 volts) are best for preserving terpenes and flavor, while higher settings (3.5+ volts) produce larger clouds but may risk burning oil.

Battery Type: Button vs. Draw-Activated

Batteries come in two main types when it comes to activation:

• Button-Activated: These batteries require the user to press a button to heat the coil and produce vapor. They offer more control, allowing the user to preheat the oil before inhaling, and often come with adjustable voltage settings.
• Draw-Activated: These batteries are activated by inhaling, simplifying the user experience and is often preferred for all-in-one disposable vapes. However, they typically offer less control over voltage and heat settings, which can impact flavor and vapor production.

Tip: Button-activated batteries are ideal for users who want more control over their vaping experience, while draw-activated batteries are better for disposable or simple-use systems where convenience is key.

Safety Features

Given the concerns around battery safety in the vape industry, it’s essential to choose batteries that include important safety features:

• Overcharge Protection: Prevents the battery from being damaged or overheating while charging.
• Short-Circuit Protection: Ensures the battery won’t malfunction or overheat due to electrical issues.
• Auto Shut-Off: Shuts off the battery after prolonged use to prevent overheating and extend battery life.
• Temperature Control: Pulses the power from the battery throughout each puff to prevent overheating and burning of the extract.

Ensuring your vape batteries include these safety features protects both the user and your brand by minimizing the risk of product failures or safety incidents.

Preheat Functionality

Some batteries come with a preheat mode, which gently warms the oil before the user inhales. This feature is especially beneficial for thicker oils like live resin and rosin, which can sometimes require a bit of warmth to vaporize smoothly. Preheat functions often work at a lower voltage, ensuring that the terpenes aren’t burned during the preheating process.

Preheat Mode Benefits:

• Ensures smooth, even vaporization for thicker oils.
• Prevents clogging or difficulty in drawing from the vape.
• Protects delicate terpene profiles by avoiding rapid overheating.
• Prevents dry-hits.

Hardware Types: Which One is Right for You?

The cannabis vape market offers several hardware options, each suited to different business needs and consumer preferences.

1. 510 Vape Cartridge

510 carts are the industry standard due to their widespread compatibility with various batteries. They offer versatility and can be easily customized with different core materials, inlet hole sizes, and tanks. These carts are ideal for brands looking to enter the market with a cost-effective option that still delivers on quality.

2. All-in-One Disposables Vape

Disposables are gaining popularity for their convenience and simplicity. These devices come pre-filled and are designed for single use, making them ideal for consumers seeking convenience and ease of use. They also eliminate the need for compatibility testing between batteries and carts, which can reduce production complexity.

3. Pod Systems

Pod systems, while less common in cannabis vapes compared to nicotine vapes, are gaining traction due to their size and sleek designs. The compact and discreet design of pod systems makes them more portable and easy to use in a variety of settings. This is a key factor in their popularity among users who value the ability to “stealth vape.” They are great for brands that want to differentiate with a premium product offering.

Filling and Capping Considerations for Vape Cartridges

Filling and capping are often overlooked but are critical steps in the vape production process. These steps can affect the product’s performance, shelf stability, and ease of use for consumers. Selecting the right filling and capping methods ensures a smooth production process and a secure product.

Filling Methods

Choosing the right filling equipment can streamline production and reduce the risk of issues like leaks, inconsistent fills, or oxidation.

• Manual Filling: Suitable for small batches but labor-intensive and prone to inconsistencies.
• Semi-Automatic Filling: Offers a balance between speed and control. Great for mid-sized operations looking to scale efficiently.
• Automatic Filling: Best for high-volume production, offering precision, speed, and consistency. Works well with thicker oils like live resin or rosin when equipped with heated filling systems.

Key Consideration: Ensure that the filling method minimizes exposure to oxygen, which can degrade terpene profiles and affect the oil’s color and taste.

Capping Methods

There are several options for capping, each with its own advantages and disadvantages. Your choice of capping method can influence the long-term quality of your product.

• Press-On Caps: Easy to apply and ideal for high-volume production. However, improper application can lead to leaks. Requires a hydraulic press.
• Easy Press-On Caps: Easy press caps can streamline production because they don’t require a press to cap.
• Screw-On Caps: Provide a tight, reliable seal but can slow down production in high-volume settings.
• No Capping Required: Some modern cartridges have membranes that allow filling through a needle without removing the cap, which reduces oxygen exposure and can streamline production.

Key Consideration: The capping process must ensure a secure, airtight seal to prevent leaks and preserve oil quality. Be sure to test caps for long-term compatibility with terpene-rich oils. Additionally, capping should be performed as quickly as possible after filling to reduce leaking and oxidation.

Vape Hardware Innovations and Trends

Staying competitive in the fast-evolving vape market means keeping up with the latest hardware innovations. Here are some cutting-edge trends to consider:

Smart Batteries with App Integration

Tech-savvy consumers are increasingly drawn to smart batteries that offer app control. These devices allow users to customize their vaping experience by adjusting temperature settings, tracking usage, and even locking their devices for safety.

• Pros: Customizable user experience, precision in temperature control, and enhanced consumer engagement.
• Cons: More expensive and requires user education.

Rechargeable Disposables

While disposable vapes are popular for their convenience, the environmental impact is a growing concern. New rechargeable disposables address this issue by allowing consumers to recharge the device before disposing of it.

• Pros: Eco-friendly, lower long-term cost for users.
• Cons: Slightly higher manufacturing cost and requires consumer education about recharging.

Sustainability Considerations in Vape Hardware

Sustainability is becoming a major focus for both regulators and consumers in the vape industry. As concerns about environmental impact grow, brands can stand out by choosing eco-friendly hardware options.

• Biodegradable or Recyclable Components: Some hardware manufacturers are now offering cartridges and disposables made from recyclable or biodegradable materials.
• Rechargeable Batteries: Reducing the waste created by disposable batteries is a significant area of focus for eco-conscious brands. Offering rechargeable products can appeal to this growing segment.

Matching Oil Types to the Right Hardware: Distillate, Live Resin, & Rosin

The type of oil you’re using in your vape product—whether it’s distillate, live resin, or rosin—plays a critical role in determining which hardware will deliver the best performance. Each type of oil has unique properties, including viscosity, terpene content, and cannabinoid concentration, which affect how it interacts with different heating elements, core materials, and tanks. Selecting the appropriate hardware based on your oil type ensures consistent vapor production, optimal flavor, and a premium user experience.

Distillate Vapes

Distillate is one of the most common oil types used in vape cartridges. It is highly refined and typically has a thin, low-viscosity texture, making it easy to vaporize. Distillate is often enriched with terpenes after extraction to provide flavor, as much of the natural aroma and taste is removed during the distillation process.

Key Considerations for Distillate:

• Inlet Hole Size: Since distillate is a lower-viscosity oil, a smaller inlet hole size (1.0-1.2mm) is ideal. This ensures the oil flows smoothly without flooding the chamber or causing leaks.
• Core Type: Both quartz and ceramic cores work well with distillate. Quartz cores provide a quick heat-up time and are ideal for users who prefer fast vapor production. Ceramic cores, on the other hand, offer more even heat distribution and better flavor retention, particularly for terpene-enriched distillates.
• Temperature Control: Distillates generally require lower heat to preserve terpene profiles. A variable voltage battery is ideal, allowing users to adjust the heat based on their preference for flavor or vapor production.

Best Hardware for Distillate:

• 510 Cartridges: Standard 510-thread cartridges with ceramic or quartz cores work well with distillate, offering a balance of affordability, flavor, and vapor production.
• All-in-One Disposables: For convenience-focused products, distillate is well-suited for disposable vapes with consistent fixed-voltage batteries.

Live Resin Vapes

Live resin is a high-terpene, full-spectrum extract made from fresh frozen cannabis plants. It retains more of the plant’s natural cannabinoids and terpenes compared to distillate, giving it a robust flavor and aroma. Live resin tends to be thicker and more viscous, making it more challenging to vaporize.

Key Considerations for Live Resin:

• Inlet Hole Size: Live resin’s thicker consistency requires larger inlet holes (around 1.8-2.0mm) to prevent clogging and ensure the oil flows properly to the heating element.
• Core Type: Ceramic cores are the preferred choice for live resin. Ceramic’s ability to heat evenly and at lower temperatures ensures that the delicate terpene profiles are preserved without burning, which is essential for maintaining the complex flavors of live resin.
• Temperature Control: Live resin requires lower heat settings to prevent burning the terpenes. A variable voltage battery is a must for live resin products, as it allows users to control the heat and enjoy the full spectrum of flavors.

Best Hardware for Live Resin:

• 510 Cartridges with Ceramic Cores: Cartridges with larger inlet holes and ceramic cores are ideal for delivering the best flavor and preventing clogging.
• Pod Systems: Pod systems with precision heating are well-suited for live resin, providing more control over the vaporization process and preserving the oil’s complex terpene profile.

Rosin Vapes

Rosin is a solventless extract created through the application of heat and pressure to cannabis flower or hash. It’s highly sought after for its purity and potency, retaining the full spectrum of cannabinoids and terpenes from the plant. Like live resin, rosin is thick and sticky, making it more difficult to vaporize effectively without the right hardware.

Key Considerations for Rosin:

• Inlet Hole Size: Similar to live resin, rosin requires larger inlet holes (2.0mm or larger) to ensure smooth oil flow and prevent clogging, especially since rosin can be even thicker in consistency.
• Core Type: Ceramic cores are the top choice for rosin. Their ability to heat evenly and at lower temperatures is critical for maintaining the rich, natural flavors and potency that rosin is known for. Quartz cores can heat up too quickly, risking burnt flavors.
• Temperature Control: Rosin is highly sensitive to heat. Low-temperature vaping is crucial to preserve the full cannabinoid and terpene profile. Batteries with precise temperature control or lower voltage settings are essential to avoid burning the oil and losing flavor.

Best Hardware for Rosin:

• 510 Cartridges with Larger Inlet Holes: High-quality 510 cartridges with ceramic cores and larger inlet holes are a great choice for delivering the full flavor and potency of rosin.
• Specialized Pod Systems: Pod systems that allow for precise temperature control can provide a superior experience for rosin, especially when fine-tuning the heat to match the extract’s sensitivity.

Critical Questions to Ask Before Choosing a Hardware Supplier

Selecting the right hardware supplier is just as important as choosing the right hardware. Here are key questions to consider:

1. What types of extract are you using?
   • Distillate, live resin, or rosin all have different viscosities, and your hardware should be tailored to these properties.
2. What is the viscosity of your oil?
   • Thicker oils require larger inlet holes and lower heat to prevent burning, while thinner oils need smaller holes for consistent flow.
3. What vape experience are you optimizing for?
   • Decide if you want to focus on bigger clouds or richer flavors. This choice will influence your hardware selection, including atomizer type, coil resistance, and temperature settings.
4. Are you prioritizing cost or customer experience?
   • Lower-cost options may save on production but can impact the user experience. Investing in higher-quality materials, such as glass tanks and ceramic cores, can elevate your brand’s perception.

Troubleshooting Common Hardware Issues

Once you’ve chosen your hardware, it’s essential to ensure that your oil performs well in the device. Here are some troubleshooting tips for common issues:

• If your oil is getting dark: Darkening of the oil could indicate oxidation or excessive blending temperatures. To prevent this, reduce blending temps and minimize exposure to oxygen during production.
• If your oil tastes burnt: Burnt flavors typically result from either too much heat or oil that’s too thick for the hardware. To fix this, either adjust the viscosity by adding a modifier or increase terpene content. Alternatively, switch to hardware designed for lower heat applications.

Final Considerations: Safety and Materials Testing

Heavy Metals

When selecting cannabis hardware, always inquire about the materials used, particularly the metals. Metals can leach into oil over time, affecting compliance and safety of the product. Regulatory bodies have set strict guidelines for acceptable heavy metal levels in cannabis products, which include the hardware used to deliver them. Testing vape hardware for these metals ensures that the products meet these standards and do not pose a risk to consumers. Failing to meet regulatory standards can result in fines, forced product recalls, and even license suspensions. Product disposal or recall due to regulatory limit failure are not only costly but also damages brand reputation, as non-compliance is often made public. 

Avoiding Heavy Metal Contamination in Hardware: Best Practices

• Source From Reputable Manufacturers: Choose reputable manufacturers with strict material sourcing and quality control standards.
• Request Compliance Certifications: Request third-party heavy metal testing certifications from manufacturers. Request heavy metal testing be done on the final hardware, not just the raw materials. Ensure the Level of Quantification from the lab report for regulated metals is below the action limit set by the authority having jurisdiction.
• Continuous Testing and Quality Control: Test for heavy metal leaching internally using the cannabinoid extract intended to be sold. Contact us to learn more about our recommendations.

Vape Extract Degradation

An improper choice in hardware, whether it be a poor design or not suitable for the specific extract, can lead to thermal degradation of the oil. This process occurs when cannabinoid extracts are exposed to excessive heat, leading to the formation of new compounds, some of which may be unsafe, and an overall decline in product quality. Below, we’ll break down the key issues caused by excessive degradation.

• Formation of Potentially Harmful Compounds: When cannabinoid extracts undergo thermal degradation, they can form harmful byproducts that were not present in the original extract. Research has shown that compounds like benzene, formaldehyde, and acetaldehyde may be produced when terpenes and cannabinoids are exposed to excess heat. Inhalation of these toxic byproducts poses serious health risks. 
• Loss of Flavor and Terpene Profile: The unique flavor and aroma of cannabis come primarily from its terpene profile. Terpenes, however, are more sensitive to heat than cannabinoids, making them especially prone to degradation during vaping. When terpenes degrade, the extract loses its distinctive flavor, often resulting in a burnt, bitter, or unpleasant taste. This taste degradation can negatively impact the overall consumer experience, leading to reduced customer satisfaction and potentially diminishing brand loyalty.

The Role of Device Design in Preventing Degradation

Not all vaping devices are created equal, and certain designs can help reduce thermal degradation by better controlling the heat exposure of the extract. Below are a few key device features that impact degradation:

• Power Settings: Device batteries with safety features or lower voltage options can apply lower temperatures that help preserve cannabinoids and terpenes. Improperly paired resistance and voltage settings can potentially reach temperatures that degrade terpenes and cannabinoids, leading to an unpleasant, burnt taste and potentially harmful byproduct formation.
• Atomizer Material and Design: The atomizer in a vape device plays a crucial role in how heat is applied to the extract. Different core materials, coil styles, and core surface area can all play a role in degradation.

Key Consideration: Thermal degradation can best be understood by quantifying toxic small molecules, such as carbonyls, within the aerosol of the product. However, this is costly and requires specialized lab equipment. As a preliminary step, thermal degradation can be predicted and compared based on device design alone. Consult our SOP for details.

Why True Terpenes is Your Ultimate Partner for All Things Vape

At True Terpenes, we believe that great vape products require more than just high-quality terpenes. The right combination of terpenes, oil, and hardware is key to delivering a superior vaping experience. While we don’t sell hardware, we can help you optimize your entire product by offering expert guidance on how to match the right hardware to your specific oils and terpenes.

Our Terpene Products: Elevating the Flavor of Your Vape Oils

1. Terpene Profiles for Distillate: Enhance the flavor of your distillates with strain-specific terpenes like OG Kush, Blue Dream, and Gelato to create consistent, flavorful experiences.
2. Terpenes for Live Resin and Rosin: Our terpene products complement high-viscosity oils like live resin and rosin, maintaining their natural complexity while enhancing flavor profiles with blends tailored for thick oils.
3. Flavor-Forward Terpenes: Capture the growing consumer demand for exotic and fruity flavors with blends like Strawberry Jam, Atomic Pop, and Sour Mango. These profiles are ideal for mainstream, adventurous consumers who prioritize flavor in their vape products.
4. Custom Terpene Blends: Want to stand out with a one-of-a-kind flavor? We offer custom terpene blends tailored to your specific needs, helping you create unique and memorable vape products.

How True Terpenes Can Help Solve Your Vape Hardware Challenges

While the quality of your oil is paramount, it must be paired with the right hardware to perform its best. Here’s how we help you troubleshoot and improve your overall vape product:

1. Optimize Oil and Hardware Compatibility: We understand the science behind oil viscosity, temperature control, and terpenes. Our team can advise you on the best hardware (inlet holes, core materials, and resistance) for your specific oil type, ensuring optimal performance and flavor preservation.
2. Solve Burnt or Off-Flavors: If your oil tastes burnt, the issue may be with either the hardware or your blending process. We’ll help you adjust your SOPs, recommend better terpene ratios, or suggest lower-heat hardware to maintain the integrity of your oil.
3. Safety and Material Testing: We can guide you in selecting hardware that complies with safety standards, such as heavy metal testing. We’ll also help ensure that your terpenes are compatible with the materials in your hardware, avoiding any unwanted chemical interactions.
4. Ongoing Support: From formulation troubleshooting to hardware recommendations, True Terpenes provides ongoing consultation to keep your products performing at their best. We’re here to help you refine your vape line, solve existing issues, and keep up with market trends.

Why True Terpenes is the Best Partner for Vape Innovation

• Terpene Expertise: Our deep knowledge of terpene chemistry allows us to provide precise guidance on how different terpenes interact with oils and hardware.
• Custom Solutions: From custom terpene blends to troubleshooting complex issues, we offer bespoke solutions tailored to your brand’s needs.
• Compliance and Safety: We help you navigate the regulatory landscape and ensure your products meet the highest safety standards.
• Cutting-Edge Trends: We stay on top of market trends, so you can offer flavors and experiences that resonate with today’s consumers.

Final Thoughts on Optimizing Your Vape Product

Choosing the right hardware and terpenes can elevate your vape product from ordinary to exceptional. Whether you’re formulating with distillate, live resin, or rosin, the hardware you select must complement your oil to deliver a premium vaping experience. True Terpenes is more than just a terpene supplier—we’re your trusted partner in vape product innovation. From helping you choose the right terpenes to troubleshooting hardware issues, we provide a full range of services to ensure your product performs at its best.

Elevate Your Vape Product with True Terpenes

Ready to enhance your vape offerings and overcome hardware challenges? Let True Terpenes help you create a premium vaping experience. Contact us today to explore our terpene products, request a sample, or consult with our team of experts. Together, we’ll elevate your vape product to new heights.