HOT SALE carbon black processing equipment with CE/ISO

1.certificate with CE/ISO, 2.saving fuel :20% waste heat using, 3.absolutely safety, 4.environmental friendly - details see: https://www.machineto.com/hot-sale-carbon-black-processing-equipment-with-ce-iso-10340886

Condition:New	Type:Other	Place of Origin:Henan China (Mainland)	Brand Name:Deast Hpeace
Model Number:QCJ	Certification:CE/ISO	Warranty:one year	After-sales Service Provided:Engineers available to service machinery overseas
Operating pressure:Normal pressure	desulfur server:unprecedented TECH	environmental friendly:no smoking and no smell	color:depend on the customer

HOT SALE carbon black processing equipment with CE/ISO

contact supplier for HOT SALE carbon black processing equipment with CE/ISO

The flow about the carbon black machine

Residual material produced from waste tyres pyrolysis in high temperature (coarse carbon black) → feeding system byScroll feeder→magnetic separationbymagnetic separator→Secondary drying cracking andcrush down bySuper Micro Mill→Collision and integration by loadinghead→separation byGradeimpeller→Pulse and dedusting by Cyclone separating machine andHigh-pressure induced draft fan→dedusting ash and impurity byDust catcher andWind stopping device→Inspection of the carbon black product → Package →Inspection and weighting →Storage.

Inspection Item	Measured value	Test standard	Targeted value
Iodine absorption value g /kg	129	GB/T3708.1-2006	82±7
DBP absorption value 10^-5m^{3 /}kg	85	GB/T3780.2-2007	102±7
CTAB sorption ratio superficial area10³m²/kg	50	GB/T3780.5-2008	73~91
nitrogen sorption ratio superficial area10³m^{2 /}kg	54	GB/T10722 -2003	71~85
Weight loss on heating(125°C) %	0.7	GB/T3780.10-2002	2.5
Ash(825°C) %	23.1	GB/T3780.8-2008	0.7
500 μm screening %	0.0000	GB/T3780.21-2006	0.001
45 μm screening %	3.254	GB/T3780.21-2006	0.100
pH value	8.5	GB/T3780.7-2006
Impurity %	-	GB/T3780.12-2007	-
volatile component	7.6	GB/7047-2006
300%modulus Mpa	-8.6	GB/3780.18-2007	-0.9±1.6
Tensile Strength Mpa	-11.7		-0.25
Maximum elongation %	-10		-20