Industrial Compounds— Vitrobond® Sulfur Compounds

OEM/Industrial Compounds

OEM/Industrial Compounds

Atlas Sulfur Cements

  • Versatile, easy to use
  • Does not deteriorate in storage
  • Hot pour, no mixing of components
  • Does not deteriorate in storage
  • Hardens quickly Self-leveling
  • Available in yellow, black or custom colors
  • Develops high strength within 2 hours

General instructions:
to use Atlas Sulfur Cements – refer to the product Bulletin for specific information

  • Melt product to between 275°F (135°C) & 295°F (146°C) for use – do not heat above 320°F (160°C)
  • Stir while heating
  • Pour into place

Grinding Wheel Hubs

Carbo-Vitrobond
Carbo-Vitrobond GW
Vitrobond

Custom Formulation

  • For use on vitrified grinding and abrasive wheel hubs
  • Specific Gravity is lower than lead, resulting in less weight per hub
  • Shrinkage is lower than lead
  • Provides an excellent bond to the wheel and will not lose strength or adhesion under conditions of vibration, thermal or physical shock
  • Self-lubricating to the drive shaft

Capping Compound

Download Datasheet

  • Used for testing concrete strengths
  • Does not require temperature or humidity controlled pouring or curing conditions
  • Can be tested two hours after pouring

Insulator Compound

Vitrobond 120
T-Vitrobond 120
Double Plasticized Sulfur Cement

Custom Formulation

  • Used to pot metal posts in electrical insulators and bushings
  • Withstands weather and thermal shock
  • No curing time
  • Cleaner than Portland Cement and gypsum compounds

Post Setting Compound

Download Datasheet

Anchor Bolt Setting Compound

Download Datasheet

  • Eliminates need to caulk
  • Excellent adhesion to concrete and metal
  • Can be painted

Other

Vitrobond Corrosion Resistant Mortar
Carbo-Vitrobond Corrosion Resistant Mortar

FAQ

Q. What temperature must sulfur products be heated to melt and use?
A. Sulfur products should be heated to a temperature between 275°F (135°C) to 295°F (146°C). It is important to understand that sulfur products go through a viscosity minimum in this temperature range. The ideal temperature range for minimum viscosity is 280°F (138°C) to 285°F (141°C). Users should avoid the temptation to increase the temperature above this range to reduce viscosity, as the viscosity will increase as the temperature increases above 285°F (141°C).

Q. My sulfur was overheated. What should I do with it?
A. Sulfur that has been accidentally overheated to a temperature in excess of 320°F (160°C) should be cooled, solidified and discarded according to all applicable local, state, provincial and federal environmental regulations.

Q. What is the highest temperature that I can use the solidified sulfur at after it is poured in place?
A. In practice, sulfur mortars have a maximum continuous use temperature of 190°F (88°C). Above this temperature, they undergo a phase change that will weaken the product.

Q. What type of apparatus is needed to heat sulfur to a molten state for use?
A. Ingots should be broken up and placed in a thermostatically controlled electrical melting pot, such as a home appliance cooker-fryer or oven unit or a cast iron roofer’s or plumber’s pot. Sta-Warm Electric Company, 553 North Chestnut Street, Ravenna, OH, also produces various types and sizes of melting pots.

Q. What effect do plasticizers have in sulfur?
A. Plasticizers help to increase the toughness and ductility of the sulfur compound.

Q. Do I need to use a respirator when using sulfur products?
A. When melted, sulfur gives off the odor of rotten eggs, which is hydrogen sulfide. It can be an annoying odor at very minimal concentrations in air. Ventilating the space for employee comfort should keep the concentration of hydrogen sulfide below the exposure limit. For exact information, air sampling is recommended.

Q. How do I get an SDS for Atlas sulfur cements?
A. Contact us at sds@atlasmin.com and provide us with the complete product name and a fax number.

Q. What is the smallest size orifice that Atlas sulfur products will flow through?
A. Atlas sulfur products will flow through openings that are approximately 3/16″ (4.8 mm.) to 1/4″ (6.4 mm.).

Q. How quickly does the material cool?
A. This varies with the quantity of material poured. The surface, however, will cool immediately to a dull finish.