Ask chemicals has been a leader in developing no-bake technology throughout the years. Our legacy as no-bake innovators goes back well beyond the introduction of pep set™ in the 1970’s the industry revolutionizing phenolic urethane no-bake binder system. In fact, the very history of no-bake binder technology can be traced, in large part, to our researchers. This all stands as proof to our exceptional competence & expertise on the subject of all no-bake technologies presently available on the market.
Ask chemicals has been a leader in developing no-bake technology throughout the years. Our legacy as no-bake innovators goes back well beyond the introduction of pep set™ in the 1970’s the industry revolutionizing phenolic urethane no-bake binder system. In fact, the very history of no-bake binder technology can be traced, in large part, to our researchers. This all stands as proof to our exceptional competence & expertise on the subject of all no-bake technologies presently available on the market.
The inotectm binder system is a new inorganic and therefore emission-free core binder variant on a silicate basis for the foundries, especially for aluminum casting.
The inotectm binder system is a new inorganic and therefore emission-free core binder variant on a silicate basis for the foundries, especially for aluminum casting.
Inobake is the result of our consistent focus on new, inorganic technology. The development of this new molding technique benefits enormously from our experience and expertise with the inotec process in core production. In contrast to the standard waterglass ester system, the inobake technique offers an exceptionally good relationship between processing and hardening time, making it much more productive.
Inobake is the result of our consistent focus on new, inorganic technology. The development of this new molding technique benefits enormously from our experience and expertise with the inotec process in core production. In contrast to the standard waterglass ester system, the inobake technique offers an exceptionally good relationship between processing and hardening time, making it much more productive.
In the area of cold box production, uncoated casting provides an opportunity both to increase productivity and to ensure high-quality casting. Uncoated casting refers in particular to the use of a system for improving the casting surface which consists of additives and the appropriate binders and makes it possible to forego the coating process.
In the area of cold box production, uncoated casting provides an opportunity both to increase productivity and to ensure high-quality casting. Uncoated casting refers in particular to the use of a system for improving the casting surface which consists of additives and the appropriate binders and makes it possible to forego the coating process.
Auxiliary Products are available in a wide variety of shapes and formulations. The basic shapes include: cylindrical, insertable, neckdown, mini-riser, floating coverlid and pouring cup designs. In addition to the traditional mini-riser design, a new RC series mini-riser design is available which offers reduced riser sleeve contacts that facilitate easier removal of the risers from the castings.
Auxiliary Products are available in a wide variety of shapes and formulations. The basic shapes include: cylindrical, insertable, neckdown, mini-riser, floating coverlid and pouring cup designs. In addition to the traditional mini-riser design, a new RC series mini-riser design is available which offers reduced riser sleeve contacts that facilitate easier removal of the risers from the castings.
The high efficiency” cold box binder system sets the benchmark in ecology and economy! Increasing the added value is a major goal for the further development of the cold box process. This involves making it possible to add the smallest possible amount of binders. This can have a positive impact on multiple factors, such as catalyst consumption, odor, emissions, core box cleanliness or the formation of gas. This offers advantages for quality, productivity and the environment and ensures a high savings potential.
The high efficiency” cold box binder system sets the benchmark in ecology and economy! Increasing the added value is a major goal for the further development of the cold box process. This involves making it possible to add the smallest possible amount of binders. This can have a positive impact on multiple factors, such as catalyst consumption, odor, emissions, core box cleanliness or the formation of gas. This offers advantages for quality, productivity and the environment and ensures a high savings potential.
Reviews & Ratings
Write a Review
Post Free Ad