China forge manufacturer & supplier

Rubber Accelerator DOTG chemical auxiliary agent

Chemical Name: Diorthotolyl guanidine
Molecular Formula: C15H17N3
Molecular Weight: 239.32
CAS NO: 97-39-2
EINECS No.:202-577-6

2017-02-07

Rubber Accelerator TMTD (TT)

Molecular Formula: C6H12N2S4
Molecular Weight: 240.41
CAS NO: 137-26-8
EINECS No.:205-286-2

2017-02-07

rubber accelerator CBS (CZ)

Molecular Formula: C13H16N2S2
Molecular Weight: 264.41
CAS NO: 95-33-0
EINECS No.:202-411-2

2017-02-07

Rubber Accelerator MBT (M)

CBS

Molecular Formula: C7H5NS2
Molecular Weight: 167.26
CAS NO: 149-30-4
EINECS No.:205-736-8

2017-02-07

casting sand cast and forged material

50-100 mesh

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

ceramsite sand refarctory material

40-70mesh

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

precision casting sand 30-50 ceramsite sand refractory material

30-50MESH

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

precision casting sand AFS15-25 ceramsite sand

200#

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

cast and forged material ceramsite sand 10-30 mesh

10-30mesh

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

ceramsite sand 10-20 mesh casting sand proppant sand

10-20mesh

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07

ceramsite sand 8-12 mesh casting sand nice foundry sand

8-12mesh

Chemical Al2O3: 70% min ; Fe2O3: 5% max TiO2:5%max SiO2 (%):8~20%
MgO Content (%):0.5%max CaO (%):0.5%max K2O:0.5%max Na2O:0.5%max

2017-02-07