HIGHER QUALITY
LOWER MATERIAL COST
HIGHER SUSTAINABLE COST

RJP POWDER

RJP 200

Property	Nominal Value	Unit	Testing Procedures
Particle Size Distribution	0.2	mm	CEN TS 14243: 2010 Punto 5.5
Umidity	0.7	%	ASTM D 1509-95 (2007)
Content of metal fibers	0.01	%	CEN TS 14243: 2010 Annex A
Content of textile fibers	< 0.001	%	CEN TS 14243: 2010 Annex B
Other impurities	0.5	%	CEN TS 14243: 2010 Annex C
Content of Rubber	58.0	%	CEN TS 14243: 2010 Annex C
Content of Carbon Black	30.7		ASTM D 5603 (2008)
Content of Ashes	1.8	%	ASTM D 5603 (2008)
Level of Devulcanization	55-70	%	ASTM D 6814 – 02 (2013)
Extraction with acetone	5.4	%	ASTM D 297 (2013)
Density	1.21	g/cm3	ASTM D297-93 (2006)

RJP POWDER

RJP 400

Property	Nominal Value	Unit	Testing Procedures
Particle Size Distribution	0.2	mm	CEN TS 14243: 2010 Punto 5.5
Umidity	0.7	%	ASTM D 1509-95 (2007)
Content of metal fibers	0.01	%	CEN TS 14243: 2010 Annex A
Content of textile fibers	< 0.001	%	CEN TS 14243: 2010 Annex B
Other impurities	0.5	%	CEN TS 14243: 2010 Annex C
Content of Rubber	58.0	%	CEN TS 14243: 2010 Annex C
Content of Carbon Black	30.7		ASTM D 5603 (2008)
Content of Ashes	1.8	%	ASTM D 5603 (2008)
Level of Devulcanization	55-70	%	ASTM D 6814 – 02 (2013)
Extraction with acetone	5.4	%	ASTM D 297 (2013)
Density	1.21	g/cm3	ASTM D297-93 (2006)

RJP POWDER

RJP 800

Property	Nominal Value	Unit	Testing Procedures
Particle Size Distribution	0.2	mm	CEN TS 14243: 2010 Punto 5.5
Umidity	0.7	%	ASTM D 1509-95 (2007)
Content of metal fibers	0.01	%	CEN TS 14243: 2010 Annex A
Content of textile fibers	< 0.001	%	CEN TS 14243: 2010 Annex B
Other impurities	0.5	%	CEN TS 14243: 2010 Annex C
Content of Rubber	58.0	%	CEN TS 14243: 2010 Annex C
Content of Carbon Black	30.7		ASTM D 5603 (2008)
Content of Ashes	1.8	%	ASTM D 5603 (2008)
Level of Devulcanization	55-70	%	ASTM D 6814 – 02 (2013)
Extraction with acetone	5.4	%	ASTM D 297 (2013)
Density	1.21	g/cm3	ASTM D297-93 (2006)

RJG GRANULE

RJG 3300

Property	Nominal Value	Unit	Testing Procedures
Particle Size Distribution	1.1 – 3.3	mm	CEN TS 14243: 2010 Punto 5.5
Umidity	0.7	%	ASTM D 1509-95 (2007)
Content of metal fibers	0.02	%	CEN TS 14243: 2010 Annex A
Content of textile fibers	< 0.001	%	CEN TS 14243: 2010 Annex B
Other impurities	0.6	%	CEN TS 14243: 2010 Annex C
Content of Rubber	58.4	%	CEN TS 14243: 2010 Annex C
Content of Rubber	27.9		ASTM D 5603 (2008)
Content of Ashes	2.9	%	ASTM D 5603 (2008)
Level of Devulcanization	55-70	%	ASTM D 6814 – 02 (2013)
Extraction with acetone	5.4	%	ASTM D 297 (2013)
Density	1.19	g/cm3	ASTM D297-93 (2006)

RJP™ & RJG™ PRODUCTS

The Powder RJP™ and the Granule RJG™ produced by RubberJet through the “High Pressure Water Jet” (H.P.W.J.) were born from the need to meet the Qualitative standards that the most demanding Customers in the sector of rubber compounds or applications require.

WHY USING RJP™ & RJG™?

Below are described the “unique” features and properties of our products:

RJP™ and RJG™ have “rough” surfaces that facilitate the insertion in the compounds making this product highly compatible with the NR matrix compared to products deriving from traditional technologies.

Below is a comparison figure between RubberJet powder, Cryogenic powder and Mechanical shredding powder.

MECHANICAL
POWDER

WATERJET
POWDER

CRYOGENIC
POWDER

Chemical active product, not just as a filler

RJP™ and RJG™ have rough surfaces that facilitate the insertion in the compounds making this product highly compatible with the NR matrix compared to products deriving from traditional technologies.
The breaking load and tear strength improve if Powder/Granule from “H.P.W.J.” is incorporated into the NR matrix at levels up to 40 phr.
This proportion is higher than that relating to the granule resulting from traditional technologies which implies that the Powder/Granule obtained from H.P.W.J. has a greater activation of the surface due to rough surfaces and a favorable effect of devulcanization.

Economic & Sustainability Benefits

Thanks to the RJP ™ and RJG ™ products, the end customer is able to obtain ECONOMIC BENEFITS AND SUSTAINABILITY associated with the impact of CO2.