Standard għal conveyor ċinturini

Standard
Qawwa standard għal conveyor ċinturini
Ordinarju conveyor belts comply with the GB7984-2001 standard.
Ordinarju conveyor belt: covering layer: tensile strength not less than 15Mpa, tensile elongation not less than 350%, wear Less than or equal to 200mm3; The average value of interlayer bonding strength of longitudinal specimens shall not be less than 2. 1N/mm; The longitudinal elongation at break of the full thickness shall not be less than 10%; The longitudinal reference force elongation of the full thickness shall not exceed 1.5%.
Nylon (NN) and polyester (EP) conveyor belt cover layer, with a tensile strength of not less than 15Mpa and a tensile elongation at break of not less than 350%. The average interlayer bonding strength of longitudinal specimens is not less than 4.5N/mm, and the interlayer bonding strength between the covering adhesive and the fabric is not less than 3.2N/mm. The longitudinal tensile elongation at break for the full thickness is not less than 10%, and the longitudinal reference elongation for the full thickness is not more than 4%. The covering adhesive is made of rubber plastic blend, with a national standard tensile strength coefficient for the skeleton, and can be overlapped into a circular shape.
Klassifikazzjoni ta ' conveyor ċinturin prodotti

Mekkaniku joint method for conveyor belts: generally refers to the use of belt buckle joints. This joint method is convenient, konvenjenti, and relatively economical, but the efficiency of the joints is low, easy to damage, and has a certain impact on the service life of conveyor belt products. In PVC and PVG whole core flame-retardant and anti-static conveyor belt joints, this joint method is generally used for products products taħt grad 8.
Kiesaħ adeżiv ras metodu għal conveyor belts: użu kiesaħ kolla biex tagħmel ġonots. Dan konġunt metodu huwa aktar effiċjenti u ekonomiku minn mekkaniku ġonot , u għandu a tajjeb ġog effett. Madankollu , in prattika , dovuta id-diffikultà f' mastering il-proċess kundizzjonijiet u il sinifikanti impatt ta ' adeżiv kwalità fuq il- ġog , it mhux stabbli ħafna.
Conveyor belt hot vulcanization joint method: Practice has proven to be the most ideal joint method, li can ensure high joint efficiency and is also very stable. The joint life is also very long long and easy to master. However, there are drawbacks such as process complexity, high cost, and long joint time.