Specifications

1.high adhesion
2.good flexing capacity
3.50mm to 2500mm

Standard Acid and Alkali Resistant Conveyer Belt  

 

This kind of product is suitable for the acid and alkali contact condition, eg phosphoric fertilizer, abstracts salt from sea water The covering layer rubber is the mixture of rubber and plastic and filled with acid resistant and alkali resistant inert materials, which is much better than LDR acid and alkali resistant conveyer belt. The framework material is EP canvas, is more reliable and more alkali resistant and the cotton canvas core belt. Generally it is made into dng shaped.

 

 

 

Characteristics
Suitable for conveying made rials outdoors in freezing a rea, cold storage etc.
Technical indexes
1. Cold resistant conveyor belt can be divided into three types ,according to the properties of cover:  Laceration resistant ty(H),Anti-abrasive type(D),and Ordinary type(L).
2. According to the different cold resistant , it can be divided into two types of C1 and C2 

 

 Working temperature
:-45-+50.

 

Customized drawings are accepted

 

our products:

 

polyester conveyor belt

 

nylon conveyor belts

 

cotton conveyor belt

 

heat resistant conveyor belt

 

oil resistant conveyor belt
cold resistant conveyor belt

 

elevator conveyor belt

 

chevron conveyor belt

 

sidewall conveyor belt

 

 

 

 

 

 

 

 

The performance of acid and alkali resistant conveyer belt is as the following table: Type Break the intensity /Mpa≥ Break extension rate /%≥ Wearing and tearing /mm3≤ Hardness/(o)+10           -5 Performance before wearing out 14.0 400 250 60 Performance after wearing out 12.0 340 - 65   The acid and alkali resistant of the acid and alkali resistant conveyer belt coveing layer is as the following table: Classification Immersion solution Density Soaking condition TemperatureXtime Soak the rate of change of front and back performance Volume expansion rate Change rate of strength A1 HCL 18% 50°C×96h +10% Following -10% within A2 H2SO4 50% 50°C×96h +10% Following -10% within A3 NaOH 48% 50°C×96h +10% Following -10% within