Laboratory Essentials & Consumables

250ml FEP gas wash bottle, wide mouth
Translucent Design: High transparency allows for easy visual monitoring. 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. Unbreakable Safety: A rugged, impact-resistant alternative to fragile glass bottles. Customizable: Available in 100ml–5000ml with tailored tube lengths and fittings.
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1000ml PFA volumetric flask with screw cap,Class A
Class A Accuracy: Individually calibrated to meet rigorous volumetric precision standards. Chemical Purity: Made from ultra-pure PFA, eliminating trace metal leaching for ppt-level. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +260°C Unbreakable Design: A safe, long-lasting alternative to glass for hazardous or high-value reagents.

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500ml PFA volumetric flask with screw cap,Class A
Class A Accuracy: Individually calibrated to meet rigorous volumetric precision standards. Chemical Purity: Made from ultra-pure PFA, eliminating trace metal leaching for ppt-level. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +260°C Unbreakable Design: A safe, long-lasting alternative to glass for hazardous or high-value reagents.

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250ml PFA volumetric flask with screw cap,Class A
Class A Accuracy: Individually calibrated to meet rigorous volumetric precision standards. Chemical Purity: Made from ultra-pure PFA, eliminating trace metal leaching for ppt-level. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Extreme Thermal Range: -200°C to +260°C Unbreakable Design: A safe, long-lasting alternative to glass for hazardous or high-value reagents.

Hot Tags : PFA volumetric flask PFA volumetric flask
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PTFE tee
Chemical Purity: Made from ultra-pure PTFE, eliminating trace metal leaching for ppt-level. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Precision Flow Control: Designed for smooth, accurate regulation of ultra-pure liquids and gases. Thermal Resilience: Maintains reliable sealing and structural integrity from -200°C to +250°C. Fully Bespoke Solutions: Every dimension, thread type (NPT, BSP, Metric), and configuration is customizable to fit unique system architectures.
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PTFE 3-way valve
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Chemical Purity: Made from ultra-pure PTFE, eliminating trace metal leaching for ppt-level. Precision Flow Control: Designed for smooth, accurate regulation of ultra-pure liquids and gases. Thermal Resilience: Maintains reliable sealing and structural integrity from -200°C to +250°C.
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PTFE 2-way valve
Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Chemical Purity: Made from ultra-pure FEP, eliminating trace metal leaching for ppt-level. Precision Flow Control: Designed for smooth, accurate regulation of ultra-pure liquids and gases. Thermal Resilience: Maintains reliable sealing and structural integrity from -200°C to +250°C.
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PTFE Rod-type Stirrer
Ultra-High Purity Path: Encapsulated in 100% pure PTFE to ensure a metal-free stirring environment, preventing trace element leaching. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Thermal Stability: Operates reliably in reaction temperatures ranging from -200°C to +260°C. High-Strength Core: Reinforced with a stainless steel inner shaft to provide high torque and mechanical rigidity while remaining fully shielded from corrosion. Full Customization: Shaft lengths, diameters, and blade dimensions can be precision-tailored to fit any reactor or flask geometry.
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PTFE toothed Disc Turbine
Ultra-High Purity Path: Encapsulated in 100% pure PTFE to ensure a metal-free stirring environment, preventing trace element leaching. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Thermal Stability: Operates reliably in reaction temperatures ranging from -200°C to +260°C. High-Strength Core: Reinforced with a stainless steel inner shaft to provide high torque and mechanical rigidity while remaining fully shielded from corrosion. Full Customization: Shaft lengths, diameters, and blade dimensions can be precision-tailored to fit any reactor or flask geometry.
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PTFE Frame Stirrer
Ultra-High Purity Path: Encapsulated in 100% pure PTFE to ensure a metal-free stirring environment, preventing trace element leaching. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Thermal Stability: Operates reliably in reaction temperatures ranging from -200°C to +260°C. High-Strength Core: Reinforced with a stainless steel inner shaft to provide high torque and mechanical rigidity while remaining fully shielded from corrosion. Full Customization: Shaft lengths, diameters, and blade dimensions can be precision-tailored to fit any reactor or flask geometry.
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PTFE Paddle-type Stirrer
Ultra-High Purity Path: Encapsulated in 100% pure PTFE to ensure a metal-free stirring environment, preventing trace element leaching. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Thermal Stability: Operates reliably in reaction temperatures ranging from -200°C to +260°C. High-Strength Core: Reinforced with a stainless steel inner shaft to provide high torque and mechanical rigidity while remaining fully shielded from corrosion. Full Customization: Shaft lengths, diameters, and blade dimensions can be precision-tailored to fit any reactor or flask geometry.
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PTFE Cross-shaped Stirring Blade
Ultra-High Purity Path: Encapsulated in 100% pure PTFE to ensure a metal-free stirring environment, preventing trace element leaching. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Thermal Stability: Operates reliably in reaction temperatures ranging from -200°C to +260°C. High-Strength Core: Reinforced with a stainless steel inner shaft to provide high torque and mechanical rigidity while remaining fully shielded from corrosion. Full Customization: Shaft lengths, diameters, and blade dimensions can be precision-tailored to fit any reactor or flask geometry.
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