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Cryogenic gloves with a reliable domestic supply chain
Get your tempshield cryogenic gloves from a domestic manufacturer to meet your corporate social responsibility goals (and safety goals, of course!)
Explore our comprehensive range of Dewar flasks and Dry Ice Makers for all your cryogenic needs.
Find the cryogenic gloves your application needs in our collection here.
Why made-in-the-USA cryogenic gloves are the safe choice
Reliable supply chain
Why?
Cryogenic gloves made in the USA have shorter supply chains, reducing the risk of external delays.
So you…
Get consistent product availability, reducing downtime and helping maintain uninterrupted operations.
Quality assurance
Why?
Domestically manufactured cryogenic gloves are subject to more oversight around stringent quality control.
So you…
Know without a doubt your gloves meet the standards advertised, reducing the risk of failures and ensuring reliable protection for lab personnel.
Support for the domestic economy
Why?
Your budget goes back into American jobs.
So you…
Act on your corporate social responsibility initiatives, enhancing the lab’s reputation and demonstrating commitment to supporting domestic businesses.
Problem solving
Why?
Easier access to customer support within the same time zone and without language barriers.
So you…
Resolve product issues or inquiries, leading to better user experiences and efficient problem solving.
Reputation and trust
Why?
Products made in the USA are often perceived as more trustworthy and durable.
So you…
Give your lab technicians protection they feel safer using, and strengthen the bonds in your workplace..
Reduce supplier complexity with tempshield cryogenic gloves from Scilogex
Supplier complexity is an ongoing issue for many lab managers. Our curated collection of lab essentials is meant to reduce the burden of supplier complexity so you spend less time on administration.
Why are you tired of the long list of suppliers you use?
- Order fragmentation and difficulty tracking.
- Misaligned delivery schedules.
- Wasteful shipping expenses.
- High risk of error.
- Excessive administrative overhead.
Why simplicity is bliss.
- Saving time is a stress relief.
- Communicating with a single source builds your relationship & makes life easier.
- Consistent quality becomes something you can rely on.
- Reordering becomes super fast and low energy.
- Managing your inventory is a streamlined task.
The big benefits for lab managers and purchasers
Less stress and hassle.
Greater control over your budget.
Stable supplier relationship for better support, service, and pricing.
Remember why it sucks to balance multiple suppliers for small orders?
Minimum order quantities
Small orders from multiple suppliers may not meet minimum order thresholds, leading to additional fees or wasted resources.
Order prioritization issues
Coordinating small orders across suppliers can result in delays if one supplier's shipment is postponed or disrupted.
Supplier reliability concerns
Dependence on a range of suppliers with varying reliability can introduce unpredictability in the supply chain, risking critical supply gaps.
Cryogenic Gloves Fit Guide
How to Choose the Correct Glove Fit
Choosing the correct glove fit is essential to your safety and comfort.
- The glove must be loose enough to shake off your hand in one motion, in the event of saturation with cryogenic fluid
- Too tight a fit leads to thermal loss
- Tempshield’s gloves are sized appropriately to take quick removal into account - order your true size
- If your length and width sizes do not match, order to your width size - the cuff will cover any additional length needed
For your hand length, measure
from the fold of your wrist
to the tip of your middle finger.
For your hand width, make a fist with your dominant hand and measure the circumference below your knuckles. Do not include your thumb.
What prompted your search today
(aside from just replacing your old cryogloves)?
A shift toward using cryogenic gloves is often driven by a combination of incidents, regulations, and increased safety awareness. Our customers often tell us about…
Someone got hurt, or almost got hurt
Injuries
A severe frostbite incident or burn from handling materials like liquid nitrogen or dry ice often prompts immediate action.
Near misses
Even an unplanned release or spill of cryogenic material without injury can act as a wake-up call.
Someone told you it’s required
Regulatory enforcement
Agencies like OSHA, or adherence to ISO standards, may enforce cryogenic safety protocols, requiring proper PPE, depending on your application.
Internal audits
Many labs introduce cryogenic gloves after internal safety reviews highlight gaps in protective equipment.
You’re using more cryogenic storage than you used to
New processes or equipment
Labs expanding their work to include cryopreservation, dry ice cooling, or liquid nitrogen storage often find cryogenic gloves essential.
Higher handling frequency
Labs that scale up operations involving cryogenic substances may find the risks and handling frequency justify investing in proper gloves.
You’re more concerned about safety
Safety training
Workshops or onboarding sessions about handling cryogenic materials often stress the importance of gloves, leading to their adoption.
Vendor education
Suppliers or manufacturers of cryogenic gloves often educate labs on risks, helping drive demand.
You got the budget you asked for
Better funding
With improved budgets or successful grant applications, labs often prioritize purchasing high-quality PPE, including cryogenic gloves.
Cost-benefit realization
Awareness of the cost of injuries or downtime due to accidents may help labs justify the expense of gloves.
Your staff are asking about it
Lab technicians or managers advocating for safety
Those directly handling materials often push for necessary PPE after experiencing discomfort or risks firsthand.
Benchmarking against peers
Labs looking to adopt best practices or achieve accreditations often align their safety protocols with industry leaders.
Why isn’t your lab already staying safe with cryogenic gloves?
Circumstances change. You start doing something one way and find yourself still doing that, even when you have the resources or knowledge to ditch your old way. You’re not alone, and you might be surprised by how often labs find themselves in the scenarios you see here (maybe similar scenarios to you).
You’re using a makeshift solution
- Household gloves: Some labs might use thick rubber or leather gloves meant for general protection. These gloves, while durable, are not designed to handle extreme cold and can result in thermal injuries.
- Double gloving with nitrile or latex: Lab workers sometimes layer disposable nitrile or latex gloves, believing this adds sufficient insulation. In reality, these materials are not resistant to cryogenic temperatures and may become brittle.
- Bare hands with indirect handling: In some cases, lab personnel handle cryogenic materials indirectly (e.g., using tongs) without any gloves, assuming distance provides enough safety.
You like to live dangerously (and there’s a lot of oversight)
- Lack of direct contact: Labs handling cryogenic materials only occasionally or indirectly might believe gloves aren’t necessary.
- Underestimating the danger: Some lab staff may not fully understand the risks of cryogenic burns, frostbite, or asphyxiation from cryogenic spills.
You only have so much budget
- Cryogenic gloves can sometimes seem like unnecessary expense, especially in labs with tight budgets. This is particularly true if managers are unaware of the gloves’ specific advantages or don’t anticipate the risks of not having them.
You just didn’t know (and what matters is you’re fixing it now!)
- Lab personnel may not be trained on proper cryogenic handling procedures, leading to insufficient safety measures.
- A lack of exposure to industry standards (like OSHA or ISO guidelines) might also contribute to ignoring cryogenic glove requirements.
Why isn’t your lab already staying safe with cryogenic gloves?
Circumstances change. You start doing something one way and find yourself still doing that, even when you have the resources or knowledge to ditch your old way. You’re not alone, and you might be surprised by how often labs find themselves in the scenarios you see here (maybe similar scenarios to you).
You’re using a makeshift solution
- Household gloves: Some labs might use thick rubber or leather gloves meant for general protection. These gloves, while durable, are not designed to handle extreme cold and can result in thermal injuries.
- Double gloving with nitrile or latex: Lab workers sometimes layer disposable nitrile or latex gloves, believing this adds sufficient insulation. In reality, these materials are not resistant to cryogenic temperatures and may become brittle.
- Bare hands with indirect handling: In some cases, lab personnel handle cryogenic materials indirectly (e.g., using tongs) without any gloves, assuming distance provides enough safety.
You like to live dangerously (and there’s a lot of oversight)
- Lack of direct contact: Labs handling cryogenic materials only occasionally or indirectly might believe gloves aren’t necessary.
- Underestimating the danger: Some lab staff may not fully understand the risks of cryogenic burns, frostbite, or asphyxiation from cryogenic spills.
You only have so much budget
- Cryogenic gloves can sometimes seem like unnecessary expense, especially in labs with tight budgets. This is particularly true if managers are unaware of the gloves’ specific advantages or don’t anticipate the risks of not having them.
You just didn’t know (and what matters is you’re fixing it now!)
- Lab personnel may not be trained on proper cryogenic handling procedures, leading to insufficient safety measures.
- A lack of exposure to industry standards (like OSHA or ISO guidelines) might also contribute to ignoring cryogenic glove requirements.
Where are Tempshield cryogloves being used right now?
(and does this sound like you?)
They do the same thing everywhere - but they’re present in tons of different applications.
Cryopreservation and biobanking
Cryopreservation involves storing biological samples (e.g., tissues, cells, blood, or reproductive material) at ultra-low temperatures for research or medical purposes. Cryogenic gloves protect lab staff while…
- Handling liquid nitrogen (LN2) tanks: Transferring or dispensing liquid nitrogen into cryogenic storage systems.
- Retrieving samples: Removing biological materials stored in vapor-phase or liquid-phase cryogenic freezers.
- Preparing samples: Ensuring safe manipulation of vials or containers exposed to cryogenic temperatures.
Dry Ice Applications
Dry ice (solid carbon dioxide) is used across labs for cooling and preserving materials, often at -78.5°C (-109.3°F). Cryogenic gloves are used in tasks like:
- Sample transportation: Packing or unpacking biological specimens or chemicals shipped with dry ice.
- Cryogenic experimentation: Cooling reactions or freezing samples for short-term applications.
- Cleaning procedures: Using dry ice blasting for cleaning lab equipment and surfaces.
Liquid Nitrogen Applications
- Freezing samples: Immersing specimens into liquid nitrogen for cryogenic storage or experimental purposes.
- Material testing: Cooling materials to evaluate their performance under extreme conditions.
- Cryotherapy procedures: Handling cryogenic materials for medical or cosmetic research involving cold treatments.
Laboratory maintenance and storage
Cryogenic gloves are critical for routine maintenance and operational tasks in labs:
- Replenishing cryogenic storage systems: Adding liquid nitrogen to dewars, freezers, or storage tanks.
- System repairs: Safely working on cryogenic freezers, valves, or pipelines exposed to extreme cold.
- Transporting cryogenic containers: Moving dewars or canisters within or between lab facilities.
Specialty applications
Cryogenic gloves also serve specific functions in research and diagnostics:
- Cryo-electron microscopy (Cryo-EM): Protecting researchers handling cryogens to freeze and analyze samples at the molecular level.
- Superconducting experiments: Assisting in experiments with superconducting materials, which often require cooling with liquid nitrogen or other cryogenic substances.
- Gas and vapor handling: Managing cryogenic gases like helium or argon in scientific and industrial experiments.
But these benefits appear across every application…
Hands stay safe
Insulating hands from extreme cold in applications like liquid nitrogen handling or dry ice packing.
Drying your gloves
Allowing precise manipulation of materials while ensuring user comfort during extended use.
Storing your gloves
Meeting OSHA or ISO requirements for laboratory PPE to protect against cryogenic hazards.
Storing your gloves
Meeting OSHA or ISO requirements for laboratory PPE to protect against cryogenic hazards.
What's making you crazy about your existing cryogenic gloves?
More often than not, a new investment in cryogloves means some old gloves aren't doing the job anymore.
The dexterity stinks
The protection is worn out
Reduced Precision
Bulky gloves can make it difficult to handle small items like vials, pipettes, or delicate instruments.
Inefficient workflows
Tasks requiring fine motor skills may take longer due to gloves limiting movement.
Feeling cold through gloves
Inadequate insulation may result in discomfort or even minor frostbite during extended handling of materials like liquid nitrogen or dry ice.
Moisture Intrusion
Some gloves absorb moisture when exposed to condensation or cryogenic splashes, reducing their insulating properties.
The brand you usually buy isn't what it used to be
You've been making it work, but they're uncomfortable
Tearing or wearing out quickly
Low-quality gloves may degrade with frequent use, especially when handling sharp containers or rough equipment.
Material brittleness
Prolonged exposure to ultra-low temperatures can cause cheaper glove materials to crack or stiffen.
Poor fit
Ill-fitting gloves can cause hand fatigue or discomfort, particularly during long shifts.
Bulkiness
Overly padded gloves may feel cumbersome, making repetitive tasks physically demanding.
New compliance requirements means new cryogloves
They aren't suitable for everything you need
Incompatibility with certain tasks
Some cryogenic gloves may not be suitable for handling both dry ice and liquid nitrogen, forcing labs to invest in multiple types.
Failure to meet safety buidelines
Gloves that don’t adhere to OSHA, ISO, or other industry standards may expose labs to regulatory risks and employee dissatisfaction.
Inadequate length
Gloves that don’t extend far enough may leave forearms exposed, increasing risk during deep storage retrieval.
What's making you crazy about your existing cryogenic gloves?
More often than not, a new investment in cryogloves means some old gloves aren't doing the job anymore.
The dexterity stinks
The protection is worn out
Reduced Precision
Bulky gloves can make it difficult to handle small items like vials, pipettes, or delicate instruments.
Inefficient workflows
Tasks requiring fine motor skills may take longer due to gloves limiting movement.
Feeling cold through gloves
Inadequate insulation may result in discomfort or even minor frostbite during extended handling of materials like liquid nitrogen or dry ice.
Moisture Intrusion
Some gloves absorb moisture when exposed to condensation or cryogenic splashes, reducing their insulating properties.
The brand you usually buy isn't what it used to be
You've been making it work, but they're uncomfortable
Tearing or wearing out quickly
Low-quality gloves may degrade with frequent use, especially when handling sharp containers or rough equipment.
Material brittleness
Prolonged exposure to ultra-low temperatures can cause cheaper glove materials to crack or stiffen.
Poor fit
Ill-fitting gloves can cause hand fatigue or discomfort, particularly during long shifts.
Bulkiness
Overly padded gloves may feel cumbersome, making repetitive tasks physically demanding.
They aren't suitable for everything you need
New compliance requirements means new cryogloves
Incompatibility with certain tasks
Some cryogenic gloves may not be suitable for handling both dry ice and liquid nitrogen, forcing labs to invest in multiple types.
Inadequate length
Gloves that don’t extend far enough may leave forearms exposed, increasing risk during deep storage retrieval.
Failure to meet safety buidelines
Gloves that don’t adhere to OSHA, ISO, or other industry standards may expose labs to regulatory risks and employee dissatisfaction.
All those frustrations can have real consequences across your organization
Frustrations with cryogenic gloves can lead to a cascade of consequences, impacting the efficiency, morale, and safety of lab personnel. Below is an analysis of how these outcomes affect key personas—Lab Directors, Lab Managers, Lab Technicians, and Procurement Staff—by connecting frustrations to specific, personal, and professional challenges.
When they don’t fit or they’re too bulky
Lab Technicians
Tasks requiring precision, like handling small vials or pipetting in a cryogenic environment, take longer or lead to errors. This can result in technicians working late into the evening, cutting into their personal time or causing physical strain from repetitive movements.
Why it matters
- When technicians feel inefficient or fatigued, their morale suffers, increasing burnout rates and reducing engagement.
Lab Managers
Reduced throughput due to inefficiencies forces managers to redistribute workloads or adjust schedules, creating friction in the team. You might also need to mediate complaints about uncomfortable or ineffective gloves.
Why it matters
- Managers end up “firefighting” instead of focusing on strategic goals, which adds stress and disrupts long-term planning.
When the protection isn’t enough
Lab Technicians
Cold seeping through gloves or frostbite from inadequate insulation may leave technicians sidelined, unable to perform duties while recovering. But it’s not relaxing recovery time. Work is still on your mind.
Why it matters
- The injury makes you less comfortable working with cryogenic materials in the future.
Lab Managers
A single injury can disrupt workflows, delay critical experiments, and result in additional paperwork or incident reports. Managers may also need to reallocate funds for training or replacement gloves.
Why it matters
- Managers face pressure from upper management to explain preventable safety incidents.
Lab Directors
Widespread dissatisfaction or safety issues from inadequate gloves can jeopardize the lab’s reputation for maintaining high safety standards, especially during regulatory audits.
Why it matters
- Directors risk their professional credibility and may have to redirect budget toward resolving issues instead of investing in innovation.
When you have to replace them often
Procurement staff
Frequent glove replacements result in additional purchase orders, vendor negotiations, and invoice tracking. Procurement staff may feel overwhelmed by the increased workload and pressure to find cost-effective solutions.
Why it matters
- Errors or delays in ordering can lead to downtime, creating tension with lab teams that rely on timely delivery.
Lab directors
Repeated spending on low-quality gloves adds up, pulling resources away from other critical investments, such as new equipment or expanded research initiatives.
Why it matters
- Budget mismanagement reflects poorly on directors, especially when higher-ups or stakeholders review expenditures.
When the glove just doesn’t fit
Lab Technicians
Ill-fitting gloves cause hand fatigue, discomfort, or even repetitive stress injuries during long shifts. Technicians may dread working with cryogenic materials, leading to reduced motivation.
Why it matters
- Over time, these physical and emotional strains contribute to higher turnover, leaving labs understaffed and overburdened.
Lab Managers
Discomfort-related complaints can erode team morale, causing tension between technicians and management. Managers may need to spend time addressing these issues instead of focusing on productivity goals.
Why it matters
- Managing unhappy teams is exhausting and detracts from proactive leadership efforts, such as identifying process improvements or spearheading innovation.
When safety isn’t guaranteed
Lab Directors
If cryogenic gloves fail to meet safety standards, regulatory audits may flag non-compliance. This can result in fines, certification loss, or operational shutdowns. Directors may find themselves defending these failures to senior leadership or clients.
Why it matters
- Compliance issues tarnish the lab’s reputation, impacting relationships with partners, funders, or accreditation bodies
Lab Managers
Non-compliant gloves increase the risk of accidents, forcing managers to initiate safety investigations or retrain staff, disrupting daily operations.
Why it matters
- Managers bear the brunt of these disruptions, feeling pressured to resolve safety concerns while maintaining output.
Procurement Staff
Selecting gloves that fail to meet compliance requirements may make procurement staff feel personally accountable for the oversight.
Why it matters
- They risk damaging their professional reputation and relationships with lab teams who depend on their decisions.
When the gloves aren’t suitable for everything you do
Lab Technicians
Switching between glove types for different tasks creates inefficiencies and frustration, particularly in high-pressure environments.
Why it matters
- Technicians may feel undervalued if they perceive that their needs for better equipment are ignored.
Lab Managers
Managing multiple glove types increases inventory complexity and costs, diverting time and resources from core lab activities.
Why it matters
- Overseeing logistical challenges adds to managerial stress, hindering your ability to focus on team development or quality improvements.
When you invest in our collection of tempshield cryogenic gloves, good things happen
For lab technicians.
- With gloves offering excellent dexterity and a comfortable fit, technicians can handle vials, pipettes, and delicate instruments more effectively.
Tasks are completed faster and more accurately, reducing the likelihood of errors or rework.
- Ergonomic designs and proper insulation prevent hand fatigue and discomfort, even during extended use.
Technicians feel physically better, leading to higher job satisfaction and reduced risk of repetitive stress injuries.
- Reliable thermal protection and compliance with safety standards allow technicians to work without fear of burns or frostbite.
A safer, more secure work environment encourages technicians to focus fully on their tasks without distractions.
- Versatile gloves that work for both liquid nitrogen and dry ice applications eliminate the need to switch between PPE.
Less time wasted on logistics and more time spent on critical lab activities.
For lab managers.
-
Technicians equipped with reliable gloves work more efficiently, reducing bottlenecks in workflows and improving throughput.
Managers can meet deadlines without overloading their teams, even during high-demand periods.
-
High-quality cryogenic gloves minimize the risk of injuries, ensuring smoother operations and reducing the need for incident investigations or downtime.
Managers spend less time addressing crises and more time focusing on strategic goals and team development.
- Providing technicians with comfortable and effective PPE demonstrates that management values their well-being.
Happier employees are more engaged and less likely to leave, helping managers maintain a stable, motivated workforce.
-
Durable, multipurpose gloves reduce the need for frequent replacements or multiple types of PPE.
Managers can allocate their time and budget more effectively, focusing on higher priorities instead of PPE logistics.
For lab directors.
- Durable gloves with long lifespans and versatile applications reduce overall PPE costs.
Directors can allocate saved funds toward innovative research, new equipment, or other strategic investments.
- Gloves that meet OSHA, ISO, or other safety standards ensure regulatory compliance, avoiding fines or audits.
Directors maintain a strong safety track record, which enhances the lab’s credibility and competitiveness.
-
High-quality cryogenic gloves enable teams to work without interruptions, leading to smoother operations and quicker turnaround times.
Directors achieve key performance indicators (KPIs) such as faster test results or higher throughput, which positively impact the lab’s overall performance.
- Preventing injuries and safety incidents protects the organization from potential lawsuits or reputational damage.
Directors can focus on long-term growth without being derailed by unexpected crises.
For the procurement team.
- High-quality, durable gloves reduce the need for frequent reordering, simplifying procurement processes.
Procurement staff save time and energy, enabling them to focus on broader purchasing strategies.
- Investing in reliable cryogenic gloves provides better ROI, as they last longer and perform consistently.
Procurement staff gain recognition for sourcing effective solutions, strengthening their professional reputation.
-
Delivering gloves that meet or exceed user expectations fosters trust between procurement and lab staff.
Fewer complaints and smoother collaboration improve workplace dynamics across departments.
When you invest in our collection of tempshield cryogenic gloves, good things happen
For lab technicians.
- With gloves offering excellent dexterity and a comfortable fit, technicians can handle vials, pipettes, and delicate instruments more effectively.
Tasks are completed faster and more accurately, reducing the likelihood of errors or rework.
- Ergonomic designs and proper insulation prevent hand fatigue and discomfort, even during extended use.
Technicians feel physically better, leading to higher job satisfaction and reduced risk of repetitive stress injuries.
- Reliable thermal protection and compliance with safety standards allow technicians to work without fear of burns or frostbite.
A safer, more secure work environment encourages technicians to focus fully on their tasks without distractions.
- Versatile gloves that work for both liquid nitrogen and dry ice applications eliminate the need to switch between PPE.
Less time wasted on logistics and more time spent on critical lab activities.
For lab managers.
-
Technicians equipped with reliable gloves work more efficiently, reducing bottlenecks in workflows and improving throughput.
Managers can meet deadlines without overloading their teams, even during high-demand periods.
-
High-quality cryogenic gloves minimize the risk of injuries, ensuring smoother operations and reducing the need for incident investigations or downtime.
Managers spend less time addressing crises and more time focusing on strategic goals and team development.
- Providing technicians with comfortable and effective PPE demonstrates that management values their well-being.
Happier employees are more engaged and less likely to leave, helping managers maintain a stable, motivated workforce.
-
Durable, multipurpose gloves reduce the need for frequent replacements or multiple types of PPE.
Managers can allocate their time and budget more effectively, focusing on higher priorities instead of PPE logistics.
For lab directors.
- Durable gloves with long lifespans and versatile applications reduce overall PPE costs.
Directors can allocate saved funds toward innovative research, new equipment, or other strategic investments.
- Gloves that meet OSHA, ISO, or other safety standards ensure regulatory compliance, avoiding fines or audits.
Directors maintain a strong safety track record, which enhances the lab’s credibility and competitiveness.
-
High-quality cryogenic gloves enable teams to work without interruptions, leading to smoother operations and quicker turnaround times.
Directors achieve key performance indicators (KPIs) such as faster test results or higher throughput, which positively impact the lab’s overall performance.
- Preventing injuries and safety incidents protects the organization from potential lawsuits or reputational damage.
Directors can focus on long-term growth without being derailed by unexpected crises.
For the procurement team.
- High-quality, durable gloves reduce the need for frequent reordering, simplifying procurement processes.
Procurement staff save time and energy, enabling them to focus on broader purchasing strategies.
- Investing in reliable cryogenic gloves provides better ROI, as they last longer and perform consistently.
Procurement staff gain recognition for sourcing effective solutions, strengthening their professional reputation.
-
Delivering gloves that meet or exceed user expectations fosters trust between procurement and lab staff.
Fewer complaints and smoother collaboration improve workplace dynamics across departments.
How do Tempshield gloves compare to Ansell and Honeywell cryogenic gloves?
While many options exist on the market, including Ansell cryogenic gloves and Honeywell cryogenic gloves, this collection stands out for delivering exceptional performance, versatility, and long-term value. Here's why your peers consistently choose these gloves…
Useful across multiple applications
Comparable to Ansell cryogenic gloves, Tempshield gives exceptional thermal insulation while maintaining flexibility, making them a go-to choice for labs prioritizing user safety.
Comfort is comparable or better
Comparable to Honeywell cryogenic gloves, they deliver all-day wearability, ensuring lab workers stay focused on their tasks.
Built to last, giving their best value through a low lifetime cost of ownership
These gloves feature highly durable, cryogen-resistant materials that withstand regular use and exposure to harsh conditions.
Our customers appreciate the long lifespan, which minimizes replacements and reduces procurement frequency - an advantage over higher-cost alternatives.
Many users note that while they offer performance comparable to brands like Ansell and Honeywell, they come with a more favorable total cost of ownership.
Built to last, giving their best value through a low lifetime cost of ownership
These gloves feature highly durable, cryogen-resistant materials that withstand regular use and exposure to harsh conditions.
Our customers appreciate the long lifespan, which minimizes replacements and reduces procurement frequency - an advantage over higher-cost alternatives.
Many users note that while they offer performance comparable to brands like Ansell and Honeywell, they come with a more favorable total cost of ownership.
How to choose the right cryogenic gloves
Picking the right cryogenic gloves for your lab depends on the specific tasks, materials, and safety requirements in your environment. Here’s a straightforward guide to help you find what you need in under a minute.
Step 1:
Figure out how long you need
Cryogenic gloves come in a variety of lengths to provide the right level of coverage for your application.
- Wrist-length: Ideal for tasks requiring dexterity and minimal exposure, such as handling vials or small containers.
- Mid-arm: Provides additional protection for tasks involving shallow immersion or handling equipment near cryogenic materials.
- Elbow-length: A popular choice for handling dry ice or liquid nitrogen in moderate quantities, offering a balance of coverage and mobility.
- Shoulder-length: Best for deep storage retrieval or when working in environments with extensive exposure to cryogenic splashes or spills.
Step 2: Are you going to get wet?
Waterproofing is a critical factor in environments with frequent splashes or spills.
- Non-waterproof gloves: Suitable for dry applications like handling solid CO₂ (dry ice).
- Waterproof gloves: Essential when working with liquid nitrogen, as they prevent moisture penetration and maintain insulation.
- Waterproof gloves with grip: A great option for handling slippery or wet containers, ensuring both safety and control.
Step 3: Think about the small stuff
Think about how much precision your tasks demand.
- For high-dexterity tasks, such as handling small tools or intricate instruments, choose gloves with a thinner profile that still offer adequate insulation.
- For handling larger items, thicker gloves with additional padding may be more appropriate.
Step 4: How cold is it going to get?
- Ensure the gloves are rated to handle the temperatures you’ll encounter.
- Verify that the gloves can withstand the extreme cold of materials like liquid nitrogen (-196°C/-320°F) or dry ice (-78.5°C/-109°F).
- Look for gloves made with multilayer insulation to maintain safety during prolonged exposure (hint: they’re on this page)
Step 5: Make sure they do what they say they can
- Choose gloves that meet industry standards (e.g., OSHA, ISO) to ensure regulatory compliance.
- Look for features like tear resistance, cryogen-resistant materials, and reinforced seams for longevity under regular use.
Step 6:
Be picky
- Ensure the gloves have a proper fit for the user’s hand size to reduce fatigue during extended tasks.
- Consider ergonomic designs with soft linings for better comfort and wearability.
Step 7:
Be picky
Align your choice with the tasks your lab performs most frequently.
- For cryopreservation or liquid nitrogen storage, prioritize shoulder-length, waterproof gloves.
- For dry ice handling, mid-arm or elbow-length gloves without waterproofing might suffice.
- For multitasking environments, opt for versatile gloves that work across a variety of applications (usually midarm or shoulder).
Frequently Asked Questions about Cryogenic Gloves
Cryogenic gloves are specialized protective gloves designed to shield hands and arms from extreme cold. They are used for handling cryogenic materials like liquid nitrogen, dry ice, and other substances at ultra-low temperatures.
Cryogenic gloves provide insulation and protect against frostbite, burns, and injuries caused by contact with cryogenic materials. They also safeguard users from splashes, spills, and prolonged cold exposure.
Cryogenic gloves are used in applications such as:
- Handling liquid nitrogen or helium.
- Retrieving samples from cryogenic storage.
- Transporting containers with dry ice.
- Cryopreservation and cryo-electron microscopy experiments.
Cryogenic gloves are typically constructed with multiple layers:
- Outer Layer: Tear-resistant materials like nylon.
- Middle Layer: Insulating materials to block extreme cold.
- Inner Layer: Soft, moisture-wicking fabrics for comfort.
Some gloves are also treated with waterproof coatings for liquid protection.
Not all cryogenic gloves are waterproof. Some are designed for dry tasks, such as working with dry ice. Waterproof options are ideal for handling liquid nitrogen or wet environments, and some models feature waterproofing with enhanced grip.
Cryogenic gloves are available in several lengths:
- Wrist-Length: For tasks needing precision and minimal exposure.
- Mid-Arm and Elbow-Length: For moderate exposure.
- Shoulder-Length: For full-arm protection in high-risk environments.
Prices for cryogenic gloves range like all things, depending on features like length, waterproofing, and durability. Higher-end gloves with advanced insulation are on the higher end of the price range and can cost over $1,000 per pair.
Cleaning cryogenic gloves is simple:
- Wipe with a damp cloth to remove dirt or residue.
- Avoid harsh chemicals that could degrade materials.
- Air-dry thoroughly before storage to prevent moisture damage.
Choose based on:
- Length: For the level of exposure and task type.
- Waterproofing: Essential for handling cryogenic liquids.
- Dexterity: For precise handling of small instruments.
- Compliance: Verify that the gloves meet OSHA or ISO standards.
Yes, cryogenic gloves are reusable as long as they are in good condition. Regularly inspect for tears, cracks, or loss of insulation. Replace damaged gloves immediately to stay safe.
What’s the bottom line here?
Choosing from our curated collection of tempshield cryogloves gives you dozens of wins, but maybe the most important ones are…
Efficiency BainsFaster, smoother workflows that reduce delays and rework.
Cost SavingLong-lasting gloves minimize replacements and reduce budget strain.
Enhanced SafetyA safer environment reduces downtime, improves morale, and boosts compliance.
Stronger TeamsEmployees who feel valued and supported are more engaged, productive, and loyal.
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