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Syringe Filters
Product Listing
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
OUT OF STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
OUT OF STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
IN STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
OUT OF STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
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Description:
Syringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
OUT OF STOCKSyringe filter order guideline Choosing the right membrane is important. The wrong membrane could cause loss of valuable samples, time and money. Please use below guideline and chemical compatibility table as reference. Hydrophilic Nylon pH 6-13 Naturally hydrophilic, high protein binding, high dirt-loading, surfactant-free and offer the lowest extractables. Filtering of general samples and organic solvents. Not recommended for use with acids. Hydrophilic PVDF (polyvinylidene fluoride) pH 3-12 Extremely low protein binding. Good chemical compatibility. For filtration of non-aggressive aqueous and mild organic solutions, or when maximizing protein recovery is important. Hydrophilic RC (regenerated cellulose) pH 3-12 Hydrophilic membrane with good solvent resistance. Low protein binding and extractables. Good chemical compatibility with nearly all common HPLC solvents and stable against DMSO. Good for general filtration, tissue culture media filtration or life science applications. Hydrophilic PES (polyethersulfone) pH 3-12 Low protein binding and extractables. Good for life science applications. PTFE pH 1-14 High chemical compatibility. High temperature resistance. Good for filtration of gases, aggressive chemicals, and strong acid. Cellulose Acetate (CA) pH 4-8 Low protein binding For filtration of aqueous solutions Good for applications involving culture media Mixed Cellulose Ester (MCE) pH 4-8 High protein binding Good for general filtration of aqueous solutions.
Syringe filters are key for ensuring the purity of samples in order to achieve accurate and reliable laboratory analysis results. Compact, efficient, and disposable, they remove any remaining particulate matter that could interfere with High-Performance Liquid Chromatography (HPLC) or Gas Chromatography (GC) and compromise data integrity.
Types of Syringe Filters Available at Shimadzu Singapore
Nylon Syringe Filter
Nylon syringe filters are a popular choice due to its natural hydrophilicity and broad chemical compatibility, making it an excellent general-purpose filter for aqueous and most organic solvent mixtures. Its nylon membrane offers high flow rates while maintaining exceptional filtration efficiency at removing particulates from general samples, ensuring a clean matrix for subsequent analysis. Furthermore, its robust mechanical strength and high binding capacity for proteins and nucleic acids make it a versatile tool for both life science and general chemical laboratory applications.
Hydrophobic PTFE
Characterised by its exceptional chemical compatibility, high-temperature resistance, and robust construction, hydrophobic PTFE syringe filters are specifically designed for handling aggressive chemicals, strong acids, and organic solvents that would degrade other membranes. Its inherent hydrophobic nature means it is not wetted by aqueous solutions, making it ideal for the filtration of gases and non-polar liquids, venting applications, and preparing non-aqueous samples for analysis.
Hydrophilic PTFE
Hydrophilic PTFE syringe filters are a unique class of membranes that combine the broad chemical resistance of PTFE with the ability to be wetted by aqueous solutions without the need for a pre-wetting step. This makes them a versatile choice for filtering a wide variety of samples including both organic and aqueous solutions. Their low-binding properties and durability make them a reliable tool for preparing samples for sensitive analytical techniques, especially in applications where both chemical compatibility and ease of use are critical.
Cellulose Acetate
Cellulose acetate syringe filters have high flow rates and low protein binding, making them a preferred choice for filtering aqueous solutions and biological samples, especially those containing sensitive proteins. Its hydrophilic nature ensures it wets instantly for fast and efficient filtration, making it a reliable tool for general laboratory filtration that demands speed and minimal protein loss. It is also suitable for sterilisation and clarification of cell culture media and buffers in a laboratory setting.
Polyethersulfone (PES)
The polyethersulfone (PES) syringe filter is highly regarded for its low protein binding and minimal extractables. This makes it a superior choice for preparing biological samples as it minimises the loss of target analytes and reduces the risk of sample contamination. The PES membrane also provides a high flow rate which is beneficial for filtering larger volumes of aqueous solutions. Its durability and excellent chemical resistance to a wide range of solvents ensure reliable and reproducible results in various applications, from cell culture media preparation to environmental analysis.
Polyvinylidene Fluoride (PVDF)
Polyvinylidene Fluoride (PVDF) syringe filters are ideal for filtering non-aggressive aqueous and mild organic solutions. Its key benefit lies in its exceptionally low protein binding, making it an ideal choice for sterile filtration applications where maximising protein recovery is crucial such as protein chromatography and proteomics sample preparation. These filters also exhibit good chemical resistance to a broad range of solvents, providing reliability and ensuring sample integrity.
Mixed Cellulose Esters (MCE)
Mixed cellulose esters (MCE) syringe filters are an economical option for general filtration of aqueous solutions. The membrane is a blend of cellulose nitrate and cellulose acetate which results in a naturally hydrophilic filter with high protein binding. This makes it suitable for particle analysis, gravimetric analysis, and microbiology, amongst other applications. Due to its high flow rate and excellent porosity, MCE syringe filters are often used for quick clarification of samples, providing a fast and reliable method for removing particulates from water-based liquids.
Applications of Syringe Filters
Sample Preparation for Lab Analytical Techniques
In an analytical chemistry laboratory, failure to properly filter a sample can lead to costly damage to instrument components such as clogged columns or capillary tubing, as well as inaccurate and irreproducible data. This makes syringe filters a fundamental component of sample preparation as they ensure particulates and suspended solids are fully removed from liquid samples before analysis by HPLC, GC, LC-MS, and other sensitive instruments. Utilising the correct syringe filter for a given sample matrix protects your investment and ensures the longevity and performance of your analytical systems.
Sterile Filtration in Medical Applications
Sterile filtration involves the removal of microorganisms and other contaminants from liquids and is a critical process for medical, cell culture, microbiology, and pharmaceutical research. Syringe filters with a pore size of 0.22 µm are routinely used for this purpose, providing a convenient and reliable method for sterilising small volumes of media, buffers, and reagents. Gamma-irradiated or pre-sterilised filters can also be used to ensure the final solution remains free from microbial contamination, maintaining the integrity and safety of sensitive biological experiments.
Environmental Sampling and Analysis
The analysis of environmental samples such as water and soil extracts often requires the removal of fine particles and organic matter to ensure accurate and reproducible data. Syringe filters are indispensable to this process, providing a rapid and efficient method for detecting and removing trace contaminants, pesticides, and other pollutants. By clarifying samples prior to analysis, these filters ensure that analytical instruments are not exposed to potentially damaging particulate matter, enhancing the accuracy and reliability of environmental data.
How to Choose Syringe Filters
Selecting the appropriate syringe filter should be based on three primary criteria: the sample volume, the desired pore size, and the chemical nature of the sample itself. By considering these factors, you can ensure that you select a filter that provides optimal performance, protects your valuable analytical equipment, and ensures you obtain accurate results.
- Syringe Filter Diameter and Sample Volume: The diameter of the syringe filter is directly proportional to the volume of the sample you intend to filter. For smaller volumes, typically less than 1 mL, a 4 mm diameter is suitable. For moderate volumes, between 1 to 10 mL, a 13 mm diameter is commonly used. When filtering larger volumes, from 10 to 100 mL, a 25 mm diameter is the recommended choice. Using the correct diameter ensures adequate throughput without excessive pressure buildup, which can damage the filter membrane or compromise the sample.
- Syringe Filter Pore Size: The pore size of the syringe filter is determined by the size of the particulates you need to remove and the requirements of the analytical instrument. For sterile filtration applications, a 0.22 µm pore size is the standard to remove bacteria. For general-purpose clarification of samples before HPLC, a 0.45 µm pore size is the most common choice as it is fine enough to remove particulate matter that could clog the column yet allows for sufficient flow rate. For very fine particulate removal, smaller pore sizes may be necessary, but this will also increase the back pressure during the filtration process.
- Syringe Filter Material: The material of the syringe filter membrane must be chemically compatible with your sample matrix. Using an incompatible filter material can cause the membrane to dissolve, leach contaminants into your sample, or bind to your target analytes, leading to inaccurate results. For example, nylon filters are great for aqueous and organic solvents, PTFE filters are required for highly aggressive chemicals, and PES filters are preferred for samples where protein binding is a concern. Always consult a chemical compatibility chart to select a membrane material that will not react with or contaminate your sample.
Get Syringe Filters in Singapore from Shimadzu
As a leading supplier in the region, Shimadzu Singapore provides a diverse range of high-quality syringe filters engineered for superior performance and compatibility with your analytical systems. Our extensive consumables catalog ensures you can find the perfect filter for any sample matrix while achieving the necessary precision and reliability.
Shimadzu is committed to supplying the essential equipment needed to safeguard your laboratory analysis processes and ensuring the accuracy of your results. Contact us for more information, browse our full selection of lab consumables, or register an account to purchase our products online.
Frequently Asked Questions About Syringe Filters
Can syringe filters be reused?
No, syringe filters are single-use, disposable devices designed for one-time filtration. Reusing them can lead to sample cross-contamination, carryover from previous experiments, and compromised filter integrity, which can cause instrument damage and affect analytical results.
Do syringe filters expire?
Yes, syringe filters typically have a shelf life and an expiration date. Over time, its materials can degrade and/or lose their sterility, potentially leading to contamination or a loss of filtration efficiency. Always check the packaging and use filters before their expiration date.