Heat resistant conveyor belt

Application:

Monster Belt Heat Resistant Conveyor Belt most used in Steel mills ( saad metal, sintered ore, coke, pellets, slag, etc.), Cement plants (clinker, cement products, compound raw materials, dry clay, etc.), other (foundry sand, etc.)

Features:

1. Superior resistance to wear and heat aging when exposed to heat.
2. The core body is designed to minimize performance variation under heat.
3. Superior adhesion between the cover rubber and core body when exposed to heat.

Under normal working temperature of below 180°c, the Heat resistant conveyor belt is low in elongation,excellecntin anti-abrasion, and can bear 250°c high temperature for a short time.

Product show
Inquiry Ref

Specification

Cover rubber: SBR, EPDM rubber or chlorobutadiene rubber.
Carcass: polyester cloth or cotton cloth.
According to the client’s request, we can make an endless belt.

Technical data:
T1 able to bear the temperature range of material less than 200°C.
T2 able to bear the temperature range of material 150°C – 350°C .
T3 able to bear the temperature range of material 150°C – 450°C.
The heat-resistant conveyor belt carries out the GB/T20021-2005 standard.

Heat Resistant Belt - Technical Data

HEAT & FIRE RESISTANT BELT

Monster Belt Heat Resistant Conveyor Belt adopts either an SBR or EPDM belt layer – a special high temperature resistant canvas as the carcass material -solving the issue of fabric shrinkage and deformation problems under high temperature environments, but also crucially avoiding the the problem rubber saturation and poor adhesion.

Scroll down to the Data Table below to see technical data such as standard widths and fabric types. Or, contact us for more information by clicking on the buttons below.

Features

Maximum heat and fire resistance, long service life
Belt selection relies on material temperature, surface figure, viscosity and other data

Typical Applications

Used in industries where material carried is high temperature, fire prevalent between 70-400 degrees
Coal mining, cement, metal powder, sintered ore

HEAT RESISTANT
MATERIALS CARRIED	SIZE	TEMPERATURE OF MATERIALS CARRIED	BELT SURFACE TEMPERATURE
COKE	100-200mm (4-8 inch)	70 – 100 °C	50 – 60 °C
CEMENT	Power	200 -250 °C	80 – 90 °C
CLINKER	10 – 30mm	100 – 200 °C	100 – 110 °C
MOLDING	–	200 – 250 °C	80 – 90 °C
METAL POWDER	–	170 °C	120 – 130 °C
RAW MATERIAL	(30mm (1.2inch))	180 – 220 °C	100 – 120 °C
SINTERED ORE	25 – 200mm (1-8 inch)	200 – 400 °C	130 – 150 °C
RETURN OF SINTERED ORE	(10mm (0.4inch))	260 °C	180 – 200 °C

FIRE RESISTANT
TEMPERATURE NORMAL	BURNING	RUBEDO	DRUM FRICTION TEST	RESISTANCE	OTHER PROJECT
JIS (Japan)	Individual less than 15 seconds, 6 pieces of samples is less than 45 seconds	No	No	No	No
ISO (International)	Individual less than 15 seconds, 6 pieces of samples is less than 45 seconds	No	No	(Menor de) 3 x 10⁸ Ω	No
DIN (Alemana)	Individual less than 15 seconds, 6 pieces of samples is less than 45 seconds	No	No	(Menor de) 3 x 10⁸ Ω	No
MSHA (USA)	Average less than 60 seconds	Average less than 180 seconds	No	(Menor de) 3 x 10⁸ Ω	No
AS (Australia)	Average less than 10 seconds, a single less than 15 seconds	Average less than 120 seconds, individual less than 180 seconds	Below 325 °C not red	(Menor de) 3 x 10⁸ Ω	The burning test include oxygen index according to ISO4589
CSA (Canada)	Average less than 60 seconds	Average less than 180 seconds	Below 400 °C not red	(Menor de) 3 x 10⁸ Ω	No