PFA PTFE custom vials,bottles for sample prep,acid digestion

250ml PTFE Condenser
Hybrid Material Design: Features a high-transparency PFA inner tube for sample passage and a rugged PTFE outer jacket for coolant circulation. Chemical Purity: Made from ultra-pure FEP, eliminating trace metal leaching for ppt-level. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. High-Efficiency Cooling: Engineered for rapid heat exchange, ensuring maximum recovery of volatile reagents and high-purity acids. Full Customization Support: Lengths, diameters, and connection types (flare, threaded, or flanged) can be tailored to fit your specific distillation setup.
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250ml PTFE flaks, 3 necks, with jacket
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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5000ml PTFE flaks, 4 necks, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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5000ml PTFE flaks, single neck, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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3000ml PTFE flaks, 4 necks, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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500ml PTFE flaks, 4 necks, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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500ml PTFE flaks, 2 necks, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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250ml PTFE flaks, 3 necks, rounded bottom
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +250°C Fully Customizable Design: Supports tailored configurations including specific neck sizes, additional ports, and integrated valve systems. Superior Safety: An unbreakable, opaque alternative to glass or quartz, ideal for high-pressure or hazardous chemical reactions. Extreme Volume Versatility: Available in a wide capacity range from 50ml for benchtop research up to 50L for pilot-plant scale production.
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150ml PTFE flaks with 2 necks, rounded bottom
Extreme Thermal Range: -200°C to +250°C, suitable for both cryogenic and high-heat storage. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Structure: 2 necks, rounded bottom Superior Safety: Unbreakable & opaque; ideal for high-pressure/hazardous reactions. Extreme Volume Versatility: capacity range from 50ml to 50L.
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PFA-Coated Heating Rack 300*200mm, for 7ml vials
Enhanced Thermal Transfer: Custom-machined wells provide 360° contact around PFA vials, significantly reducing heating times compared to flat-surface contact. Corrosion-Proof Armor: High-grade aluminum alloy body encapsulated in a thick PFA coating for total protection against concentrated acid fumes. Superior Uniformity: The high-thermal-conductivity core ensures every sample position maintains an identical temperature profile. Customizable Geometry: Hole count, diameter, and depth can be precisely tailored to match your specific 15ml, 22ml, or 30ml PFA vial dimensions. High Temperature Stability: Fully compatible with inert hot plates operating at temperatures up to 220°C.
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Aluminum Alloy hot plate 400*300mm
High-Performance Heating: Optimized for high-intensity applications with a maximum temperature of 350°C. Rapid Thermal Conductivity: Industrial-grade aluminum alloy ensures extremely fast heat-up times and high efficiency. Exceptional Surface Flatness: CNC-machined surface provides optimal contact for vials, beakers, and specialized containers. Rugged & Durable: The uncoated metallic surface is resistant to scratching, mechanical impact, and thermal cycling. Uniform Heat Distribution: Advanced internal heating element configuration eliminates cold spots across the entire plate.
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Graphite hot plate 400* 300mm
Extended Thermal Range: Engineered for high-temperature workflows with a maximum operating limit of 350°C. Rapid Heat Transfer: High-purity isostatic graphite provides ultra-fast heating and cooling response times. Superior Surface Flatness: Precision-machined face ensures maximum contact and heat conduction for all vessels. Excellent Uniformity: Exceptional graphite conductivity eliminates thermal gradients across the entire heating area. Heavy-Duty Durability: Robust, uncoated surface is resistant to thermal shock and mechanical wear in high-load environments.
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