These values are theoretical coverage numbers and depend on weather conditions, complexity of the substrate, and application technique:

Most CERAM-KOTE coatings are considered two component systems. Part A (base) is a ceramic/epoxy solution that is mixed with Part B (curing agent). Please see each individual Product Data Sheet for mixing and application instructions. With extreme care, a two-component kit of CERAM-KOTE may be broken down into smaller quantities. Careful and exact measurements must be made to assure that the proper ratio of Part A to Part B by volume or by weight is maintained.

As CeRam-Kote does not have control of the application of CERAM-KOTE, CeRam-Kote can only guarantee that CERAM-KOTE is manufactured to our strict manufacturing specifications and the testing accomplished to the best of our knowledge is correct. However, it is the responsibility of the end users to determine if CERAM-KOTE will work for them.

Yes. A short nap roller (approx. ?" or 6.35 mm) of good quality is recommended. The shorter the roller nap, the lesser the stipple effect.

As Freecom does not have control of the application of CERAM-KOTE, Freecom can only guarantee that CERAM-KOTE is manufactured to our strict manufacturing specifications and the testing accomplished to the best of our knowledge is correct. However, it is the responsibility of the end users to determine if CERAM-KOTE will work for them.

Freecom does not recommend coating over old coating as the adhesion will only be as good as the old coating. If cleaned properly to remove all contaminants, CERAM-KOTE coatings will adhere to old coatings. Care must be taken as CERAM-KOTE coatings may soften old coatings and cause them to blister and disbond. If the old coating disbonds, then any of the CERAM-KOTE coatings, which adhere to the old coating, will come off with the old coating.

Carbon Steel, Stainless Steel, Aluminum, Brass, Titanium, Galvanizing, Plastics, Concrete, Fiberglass.

Due to the unique chemistry and characteristics of its inert ceramics, CERAM-KOTE coatings can be applied to just about any properly prepared surface and provide a protective barrier to that surface. Regardless of the industry, (chemical, corrosion and abrasion) problems exist. CERAM-KOTE coatings can help solve those problems.

Dry to handle time is totally dependent upon the temperature of the day and/or the environment. The higher the temperature, the shorter the time needed before the coating may be handled. The colder the temperature, the longer it will take before the coating may be handled. At ambient temperature, 72?F (22.2?C), CERAM-KOTE epoxy coatings will typically be dry to the touch usually within 3 hours. CERAM-THANE urethanes will be dry to the touch within 7 hours.

When cured, CERAM-KOTE epoxy coatings are designed to be as environmentally friendly as possible. Our epoxy coatings are considered food grade* and may be disposed of in any land fill. Consult your local government agency. CERAM-KOTE coatings can cause skin sensitization. CeRam-Kote recommends the use of protective clothing. The use of an organic-filter respirator is recommended when using any CERAM-KOTE coating material.

CeRam-Kote 54? ATM is registered with the American Bureau of Shipping as per certificate #99-HS27360-X and ABS Certificate of Design Assessment #03-HS391002-PDA. CeRam-Kote 54? has DNV (Det Norske Veritas) Type Approval Certificate #K-1966 for protection of structural steel in ships ballast tanks, submerged in seawater and in splash zone.

Most CERAM-KOTE coatings are available in five gallon kits, one gallon kits and quart kits. Each kit contains one container of Part A and another container of Part B. They are packaged together in an internationally approved shipping container. Pint and 6.5 oz. touch-up kits are available for some products.

All of the CERAM-KOTE coating systems call for a white metal (NACE 1, SSPC-SP5, Swedish Standards SA-3) finish. Each CERAM-KOTE coating system calls for specific anchor profile specifications. Please refer to each individual Product Data Sheet for more anchor profile information. Freecom, Inc., does not recommend less than a near white (NACE 2, SSPC-SP10, Swedish Standards SA-2?) finish. Adhesion strength depends on proper preparation of the surface to be protected.

CERAM-KOTE epoxy coatings use modified epoxy resin as the binder for the ceramic powders. Epoxies are not known for their resistance to UV (Ultraviolet) light. Due to the molecular structure of epoxies, the UV light breaks down the molecular structure and causes "chalking" on the surface. This does not affect the performance of the coating in preventing corrosion for many years.

CERAM-KOTE epoxy and urethane coatings should not be applied below 40?F (4.4?C) or to a surface temperature above 120?F (49?C). If the temperature is below 40?F (4.4?C), the catalytic reaction is halted between Part A and Part B. If the temperature is above 120?F (49?C) the solvents (used in most of the CERAM-KOTE coatings) are forced out of the coating film too rapidly, the coating film gels too rapidly, and the coating film can end up with holidays.

Due to the heavy loading of ceramic particles and solids into our CERAM-KOTE coatings, a true high gloss cannot be achieved with CERAM-KOTE epoxy coatings. Only CERAM-KOTE urethanes, although loaded with ceramics as well, can achieve high gloss. A semi-gloss may be achieved with proper application and curing techniques (CERAM-KOTE 2000 and CERAM-KOTE 99 formulas have better gloss retention than CERAM-KOTE 54?).

CERAM-KOTE coatings are coatings that utilize various highly modified resins. These resins are then loaded with different types of ceramic particles to achieve the attribute needed, whether that be abrasion, chemical or corrosion resistance. CERAM-KOTE coatings encapsulate surfaces with a ceramic shell that protects the surface from its particular environment.

of are homes are custom design. We prebuild on our site, disassemble and then reassemble on your subfloor. We have a large varity of plans but in most cases they are modified to your preferance. Back to Top

This is by far the most asked question and the most difficult to answer. There are just too many variables. A simple rectangular home without many interior log walls would be considerably less per square foot for a similar size home with interior log walls, additional corners, stairs and handrails, etc.

Nansulate® Translucent PT/GP/High Heat: 150-175 square feet per gallon (13.92-16.26 square meters per litres), which includes the recommended three coats of coverage. The variance in the coverage rate is Nansulate® Top Coat/NanoPrime: 525 square feet per gallon (48.77 square meters per litres) with the

Equals a square 12 inches on each side and can be any thickness. It is typically used to measure engineered panel products that are less than 1" thick, including plywood, particleboard, medium density fiberboard and oriented strand board.

Typical orders for CERAM-KOTE products in CeRam-Kote's published colors may be shipped within three days, depending on quantity. Special colors that require color matching may take three weeks. This lead time applies to all formulas.

CERAM-KOTE coatings are applied direct to the substrate (i.e., no primer is needed). This saves time and money. CERAM-KOTE coatings also provide protection from chemical, corrosive and abrasive environments beyond the chemistry of the typical epoxy systems.