Lab Chemical Storage Cabinets

Ziebaq is a renowned supplier of chemical storage cabinets, providing secure and reliable solutions for safely storing hazardous chemicals in various laboratory environments. These cabinets are essential for maintaining safety and compliance with regulatory standards in scientific, medical and industrial laboratories.

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Flammable Cabinet

Flammable Cabinets for storing flammable liquids (low and median flash point liquid, flash point<37.8°C), Reduce the risk of fire, to ensure the safety of life and property.

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Combustible Cabinet

Combustible Cabinets for storing paintings, oil and other flammable liquids (high flash point liquid, flash point≥37.8°C), Suitable for coating, printing, furniture, automobile and other industries.

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Corrosive Cabinet

Corrosive Cabinets for storing corrosive liquids, Apply to the LABS of colleges and universities, research institutes, etc.

 

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Pesticides Cabinets

Safety Cabinets for Pesticides for storing insecticides, pesticides, disinfectors and other chemicals. Suitable for lawn care, golf course, farms, parks, amusement parks and other places.

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Toxic Cabinets

Toxic Cabinets for storing toxic chemicals, widely used in chemical plants, laboratory in colleges and universities, research institutes, etc.

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Nuclear storage cabinets

Lead Lined Cabinets

MarShield manufactures a wide range of Standard or Custom Designed Lead Lined Cabinets suitable for Nuclear Medicine or Radiochemistry laboratories.

Mar Shield has worked extensively with architects, engineers, contractors and end-users like doctors, hospitals, laboratories, and medical & veterinary clinics to ensure that our designs are functional and harmonious with their surroundings while meeting radiation code requirements.

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High Energy Shielded Decay Drum

Features

  • Completely shielded from 1/4″ lead to 3″ or thicker for high-energy isotopes. Sizes as per customer requirements.
  • Large drop port
  • Provides necessary shielding from high-energy radiopharmaceuticals, such as Ga-67, In-lll and I-131 products.
  • This heavy-duty drum has a handled lid with a 6.5″ x 8″ (16.5 x 20.3 cm) drop port. The drum includes three 30-gallon plastic liners.
  • The optional dolly simplifies transport of the decay drum.
  • With two Shielded Decay Drums on hand, a rotation system can be instituted for an even more practical storage and decay process.

Specifications

  • Dimensions: 30″ h x 19.5″ dia (76 x 50 cm)
  • Lead Shielding: .5″ thick (1.3 cm)
  • Drop Port: 6.5″ x 8″ (16.5 x 20.3 cm)
  • Weight: 480 lb (217.7 kg)
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Lead Lined Storage Containers

Features and Benefits

  • Manufactured from A36 or 44W carbon steel.
  • Hydraulic Assisted Lifting Mechanism Available
  • Lead filled or lined only with 99.94% pure Lead – ASTM B-29.
  • Composite solutions consisting of Lead and Boron Filled Polyethylene Shielding are available for Gamma / Neutron shielding.
  • All Lead is fully encapsulated with no exposure.
  • All hardware from heavy-duty hinges to locks are of the highest quality.
  • All Storage Containers are ground smooth from sharp corners or edges.
  • Extreme care is taken in the surface preparation to all surfaces for the supply and application of a finish coat of paint to the desired color.

  • All Storage Containers are available with your choice in lead shielding from 1/32″ to 2″ thick or more.

  • All Storage Containers come equipped with a hinged lockable lid or removable lids.

  • Optional stainless steel is available in lieu of carbon steel.

  • Our Storage Containers combine effective radiation protection and durability in a rugged, attractive, and versatile line.

Applications

  • Storing and transporting radioactive materials
  • Vial pigs for PET or other high energy radionuclides
  • Unit dose pigs for radiopharmaceuticals
  • Nuclear Densometer storage

Considerations

  • Color or finish. Type or design.
  • Hardware, locks, hinges, and handles etc.
  • Thickness of lead shielding
  • Overall dimensions which will dictate internal dimensions.
  • Type of construction, carbon or Stainless Steel
  • Floor or countertop loading due to weight of Storage Container
  • Top surface or wall cut outs for electrical cables or other uses.
  • Available room where Storage Containers will be positioned, how will it look and fit with other equipment or furniture.

Poly Spill Pallets

The poly spill pallet is a spill-proof plastic pallet with sump and forklift groove. It can be used for storing, handling, and transferring oil drums and chemical drums.

Certificates

Comply with the regulations of EPA 40 CFR 264.175 of the U.S. Environmental Protection Agency (EPA) NPDESand the regulations of Spill Prevention and Control Act (SPCC) as well as U.S..

 

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Flammable Cabinet

Flammable Cabinets for storing flammable liquids (low and median flash point liquid, flash point<37.8°C), Reduce the risk of fire, to ensure the safety of life and property.

Share :

Combustible Cabinet

Combustible Cabinets for storing paintings, oil and other flammable liquids (high flash point liquid, flash point≥37.8°C), Suitable for coating, printing, furniture, automobile and other industries.

Share :

Corrosive Cabinet

Corrosive Cabinets for storing corrosive liquids, Apply to the LABS of colleges and universities, research institutes, etc.

 

Share :

Pesticides Cabinets

Safety Cabinets for Pesticides for storing insecticides, pesticides, disinfectors and other chemicals. Suitable for lawn care, golf course, farms, parks, amusement parks and other places.

Share :

Toxic Cabinets

Toxic Cabinets for storing toxic chemicals, widely used in chemical plants, laboratory in colleges and universities, research institutes, etc.

Share :

Nuclear storage cabinets

Lead Lined Cabinets

MarShield manufactures a wide range of Standard or Custom Designed Lead Lined Cabinets suitable for Nuclear Medicine or Radiochemistry laboratories.

Mar Shield has worked extensively with architects, engineers, contractors and end-users like doctors, hospitals, laboratories, and medical & veterinary clinics to ensure that our designs are functional and harmonious with their surroundings while meeting radiation code requirements.

Share :

High Energy Shielded Decay Drum

Features

  • Completely shielded from 1/4″ lead to 3″ or thicker for high-energy isotopes. Sizes as per customer requirements.
  • Large drop port
  • Provides necessary shielding from high-energy radiopharmaceuticals, such as Ga-67, In-lll and I-131 products.
  • This heavy-duty drum has a handled lid with a 6.5″ x 8″ (16.5 x 20.3 cm) drop port. The drum includes three 30-gallon plastic liners.
  • The optional dolly simplifies transport of the decay drum.
  • With two Shielded Decay Drums on hand, a rotation system can be instituted for an even more practical storage and decay process.

Specifications

  • Dimensions: 30″ h x 19.5″ dia (76 x 50 cm)
  • Lead Shielding: .5″ thick (1.3 cm)
  • Drop Port: 6.5″ x 8″ (16.5 x 20.3 cm)
  • Weight: 480 lb (217.7 kg)
Share :

Lead Lined Storage Containers

Features and Benefits

  • Manufactured from A36 or 44W carbon steel.
  • Hydraulic Assisted Lifting Mechanism Available
  • Lead filled or lined only with 99.94% pure Lead – ASTM B-29.
  • Composite solutions consisting of Lead and Boron Filled Polyethylene Shielding are available for Gamma / Neutron shielding.
  • All Lead is fully encapsulated with no exposure.
  • All hardware from heavy-duty hinges to locks are of the highest quality.
  • All Storage Containers are ground smooth from sharp corners or edges.
  • Extreme care is taken in the surface preparation to all surfaces for the supply and application of a finish coat of paint to the desired color.

  • All Storage Containers are available with your choice in lead shielding from 1/32″ to 2″ thick or more.

  • All Storage Containers come equipped with a hinged lockable lid or removable lids.

  • Optional stainless steel is available in lieu of carbon steel.

  • Our Storage Containers combine effective radiation protection and durability in a rugged, attractive, and versatile line.

Applications

  • Storing and transporting radioactive materials
  • Vial pigs for PET or other high energy radionuclides
  • Unit dose pigs for radiopharmaceuticals
  • Nuclear Densometer storage

Considerations

  • Color or finish. Type or design.
  • Hardware, locks, hinges, and handles etc.
  • Thickness of lead shielding
  • Overall dimensions which will dictate internal dimensions.
  • Type of construction, carbon or Stainless Steel
  • Floor or countertop loading due to weight of Storage Container
  • Top surface or wall cut outs for electrical cables or other uses.
  • Available room where Storage Containers will be positioned, how will it look and fit with other equipment or furniture.

Poly Spill Pallets

The poly spill pallet is a spill-proof plastic pallet with sump and forklift groove. It can be used for storing, handling, and transferring oil drums and chemical drums.

Certificates

Comply with the regulations of EPA 40 CFR 264.175 of the U.S. Environmental Protection Agency (EPA) NPDESand the regulations of Spill Prevention and Control Act (SPCC) as well as U.S..

 

Share :

Faqs

What is a Laboratory Chemical Storage Cabinet?

A chemical storage cabinet is designed to store hazardous chemicals safely in a laboratory setting, reducing risks related to fire, spillage, and hazardous fumes.

What types of chemicals require special storage in a cabinet?

Flammable liquids, corrosive chemicals (like acids and bases), oxidizers, and toxic substances typically require specialized storage cabinets. These chemicals should be stored according to their properties and compatibility with other chemicals.

Are there different types of Chemical Storage Cabinets?

Yes, common types include:

What are the safety requirements for a Flammable Storage Cabinet?

Flammable cabinets should be labeled, made of double-walled steel with 1.5 inches of insulation, have self-closing doors (if required by code), and be grounded to prevent static buildup. They must meet OSHA and NFPA standards.

What are common guidelines for storing chemicals in a cabinet?

Chemicals should be stored by hazard class, not alphabetically. Incompatible chemicals should be separated (e.g., acids from bases, oxidizers from flammables). Containers should be labeled, and stored in a stable position, ideally at or below eye level.

How should corrosive chemicals be stored?

Corrosive chemicals (such as strong acids and bases) should be stored in cabinets specifically designed to resist corrosion, usually made of chemically resistant materials like polyethylene or lined with corrosion-resistant coatings.

Can I store all my chemicals in the same cabinet?

No. Hazard classes should be stored separately to avoid dangerous reactions. Flammables, corrosives, oxidizers, and reactives each have specific storage needs. Cabinets should be labeled accordingly and used only for compatible chemicals.

How should incompatible chemicals be managed?

Incompatible chemicals should be stored in separate cabinets or separated by physical barriers. For example, acids and bases, flammable liquids and oxidizers, and strong acids with organic materials should not be stored together.

Is ventilation required for chemical storage cabinets?

Ventilation is not always required and, in some cases, is discouraged as it may spread hazardous fumes. If ventilation is necessary (for example, in cases where chemicals emit toxic vapors), it should comply with local regulations and may require an exhaust system to the outside.

What are the labeling requirements for chemical storage cabinets?

Cabinets must be clearly labeled with hazard identification, such as "Flammable – Keep Fire Away" or "Corrosive – Acid." Cabinets should also have secondary labels with specific chemical names and hazard symbols.

What should I do if a chemical container leaks inside the cabinet?

If a leak occurs, wear appropriate PPE, clean up using spill-control materials, and dispose of waste according to hazardous waste guidelines. Inspect the cabinet to ensure it’s still in safe working condition.

How much chemical can be stored in a cabinet?

Storage limits depend on local codes and the type of cabinet. For flammables, limits are typically around 60 gallons for a single cabinet. Overloading cabinets can compromise their safety features.

What are best practices for organizing chemicals within the cabinet?

Store chemicals by compatibility and at appropriate shelf heights, with heavier containers on lower shelves. Avoid overloading shelves and keep containers secure to prevent tipping or spillage.

How often should chemical storage cabinets be replaced?

Replace cabinets when they show signs of damage, corrosion, or structural weakness. Regular inspections help determine if a cabinet needs repair or replacement to maintain safety standards.

How should I maintain and inspect a chemical storage cabinet?

Regularly inspect for rust, corrosion, leaks, and structural damage. Ensure labels are intact and readable, and clean up any residue. Schedule annual inspections to ensure compliance with safety standards.

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