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Diamond Dotted Paper |
Abiding by a strictly quality oriented approach, we manufacture and supply a wide range of Diamond Dotted Paper. Using technologically advanced means, this electrical grade paper is constituted with “B” stage epoxy resin on one side or both. The epoxy resin is applied in a special way to leave ample space between the paper for all kinds of impregnations. The Diamond squares of our paper are of a size 9.5mm X 9.5mm and are spaced 6.5mm apart. The arrangement of these squares is done with their axes along and across the machine direction of the paper, so that the epoxy diamond coating lie along a straight line. Our Diamond Dotted Paper is widely used in the insulation and mechanical binding of winding and insulation layers, laminations, conductors and straps. This Paper is tack free at room temperature and can also be utilized in high stressed areas of transformers after curing. Our Diamond Dotted paper is of high tensile strength and can be used to group together the winding layers so as to yield a single solid block. This paper can be applied on multiple layers between the parts that are to be connected by heating.
Additional Information:
- Packaging Details: Inssulation Diamond Dotted Paper is one of the most important solid insulation materials used in transformers. Its quality directly influences the life span of the transformer. Even though the base kraft paper is impregnated with liquids to manufacture creped kraft paper, the porosity of the paper remains intact due to the automatic temperature and moisture control by the automated machine. The mechanical as well as cross mechanical strength is enhanced as compared to the base kraft paper. The pH value remains intact, a little more towards acidic as preferred in transformer insulation. The BDV is enhanced by up to 80% as compared to base kraft paper. To ensure of best quality of Crepe paper, the base kraft paper is manufactured using longer fibers of pure wood pulp. This base paper is chemically neutral with low ash, chloride and sulphide content.
Abiding by a strictly quality oriented approach, we manufacture and supply a wide range of Diamond Dotted Paper. Using technologically advanced means, this electrical grade paper is constituted with “B” stage epoxy resin on one side or both. The epoxy resin is applied in a special way to leave ample space between the paper for all kinds of impregnations. The Diamond squares of our paper are of a size 9.5mm X 9.5mm and are spaced 6.5mm apart. The arrangement of these squares is done with their axes along and across the machine direction of the paper, so that the epoxy diamond coating lie along a straight line. Our Diamond Dotted Paper is widely used in the insulation and mechanical binding of winding and insulation layers, laminations, conductors and straps. This Paper is tack free at room temperature and can also be utilized in high stressed areas of transformers after curing. Our Diamond Dotted paper is of high tensile strength and can be used to group together the winding layers so as to yield a single solid block. This paper can be applied on multiple layers between the parts that are to be connected by heating.
Additional Information:
- Packaging Details: Inssulation Diamond Dotted Paper is one of the most important solid insulation materials used in transformers. Its quality directly influences the life span of the transformer. Even though the base kraft paper is impregnated with liquids to manufacture creped kraft paper, the porosity of the paper remains intact due to the automatic temperature and moisture control by the automated machine. The mechanical as well as cross mechanical strength is enhanced as compared to the base kraft paper. The pH value remains intact, a little more towards acidic as preferred in transformer insulation. The BDV is enhanced by up to 80% as compared to base kraft paper. To ensure of best quality of Crepe paper, the base kraft paper is manufactured using longer fibers of pure wood pulp. This base paper is chemically neutral with low ash, chloride and sulphide content.
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