GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN ATP/03 NATURALE: used for the production of flexible hoses and connecting pipes suitable for contact with water. It is an appropriately grafted polythene capable of reacting in the presence of moisture and a catalyst. The catalyst we normally recommend is the GETILAN MAC/003 type. REACTION BETWEEN GRAFTING AND CATALIZER: These two compounds, stored separately, must be mixed before starting extrusion in the ratio: GRAFTING / CATALYSTER 95/5

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN ATP/125 PX: high density chemically crosslinkable polythene for insulated aerial cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/203 HS (red cupper resistant). Adding 5/6% of RESTING HF G 147 GRIGIO the insulation can meet TMX1 Norma. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: HD 626 S1-TMX1

GETILAN ATP/130 XP is a crosslinkable polythene. GETILAN ATP/130 XP is a high density chemically crosslinkable polythene to produce relatively flexible hoses suitable for hydro-thermosanitary features and also for water conduction. It is a conveniently grafted polythene able to react in presence of moisture and of catalyst. We normally suggest our type MAC/100 PSF. REACTION BETWEEN GRAFTING AND CATALYST These two polythenes, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: DIN 16892

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN ATP/130 XPE: high density chemically crosslinkable polythene for aerial and medium voltage (32 kV) insulation cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100PSF or MAC/203 HS (red cupper resistant). Adding 5/6% of RESTING HF G 147 the insulation can meet TMX1 Norma. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: HD 626 S1-TMX1,SAE J1127/J1128,FIAT 7.Z8220 T3 -T3 S,ISO 6722 Class C,LV112

GETILAN: is the trade-mark of our crosslinkabe (SIOPLAS technology) polyolefinic compounds GETILAN ATP/190 3AP: high density antiflame chemically crosslinkable polythene with high temperature index and low HCl content. Suitable for automotive cables insulation. It is a conveniently grafted polythene able to react in presence of moisture and of catalyst. We normally suggest our catalysts type MAC/203 HS or MAC/203 HSL (less reactive). REACTION BETWEEN GRAFTING AND CATALYST: These two polythene, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 96/4 Certify: SAE J1127/J1128,FIAT 7.Z8220 T3 -T3 S,ISO 6722 -LV 112 Class C

GETILAN is the trade-mark of our crosslinkable polythene. GETILAN ATP/190 X 1 SC: high density chemically crosslinkable polythene to produce insulation and sheathing of electrical cables. It is a conveniently grafted polythene able to react in presence of moisture and of catalyst. We normally suggest our type MAC/203 HS or MAC/203 HSL. REACTION BETWEEN GRAFTING AND CATALYST: These two polythenes, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5. The material must be extruded with the correct % of RESTING HA 13 A Certify: SAE J1127/J1128,FIAT 7.Z8220 T3 -T3 S,ISO 6722 Class C,LV 112

GETILAN: is the trade-mark of our crosslinkable(SIOPLAS technology) polyolefinic compounds. GETILAN ATP/194 P: high density chemically crosslinkable polythene for insulated cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/203 HS. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 96/4 Suitable for insulation extrusion of cables with size = 2,5 mm2. The type ATP/194 P1 is suitable for all cables size. Certify: SAE J1127/J1128,ISO 6722,LV 112 Class D,FIAT 7-Z8220 T4

GETILAN: is the trade-mark of our crosslinkable(SIOPLAS technology) polyolefinic compounds. GETILAN ATP/195: high density chemically crosslinkable polythene for insulated cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. W e normally suggest our catalyst type MAC/203 HS or MAC/203 HSL (less reactive). REACTION BETW EEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 96/4 Certify: SAE J1127/J1128,ISO 6722 Class D,LV 112 Class D,FIAT 7-Z8220 T4

GETILAN : is the trade-mark of our crosslinkable(SIOPLAS technology) polyolefinic compounds. GETILAN GPE/134 R : high density chemically crosslinkable polythene for insulated cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/203 HS or MAC/100 HSL (less reactive) REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 96/4 Certify : ISO 6722 Class D,SAE J1127/J1128,FIAT 7-Z8220 T4

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN GPE/150 LE-LS: medium density chemically crosslinkable polythene compound for low voltage power cable insulation and sheathing.The LS type is faster on crosslink. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 PSF. Where and when anti-ageing and anti-copper functions are required, we suggest our type MAC/100 SCU or MAC/203 (less reactiv type). REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: BS 7655 GP8,IEC502 XLPE

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN GPE/150 LP: low density chemically crosslinkable polythene compound for low voltage power cable insulation. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. Where and when anti-ageing and anti-copper functions are required, we suggest our type MAC/100 SCU or MAC/203 HS (less reactiv type). REACTION BETW EEN GRAFTING AND CATALYST: these two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: BS 7655 GP8, IEC 60502 XLPE

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN GPE/400 G: medium density chemically crosslinkable compound for low and medium voltage insulation, suitable also for G7. It is a conveniently grafted polythene able to react in presence of moisture and of catalyst. Normally we suggest our type MAC/202 or MAC/203 (suitable for extrusion temperature lower than 215/220 °C) REACTION BETWEEN GRAFTING AND CATALYST: These two polythenes, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 94/6 Certify: IEC 60502-1 XLPE, EPR/HEPR, CEI 2011 G7, HD 22-1 EI7

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN GPE/400 XT2N: medium density chemically crosslinkable compound for low voltage power cables insulation and sheathing. It is a conveniently grafted polythene able to react in presence of moisture and of catalyst. We normally suggest our type MAC/203 or MAC/202 both red cupper resistant. REACTION BETWEEN GRAFTING AND CATALYST: These two polythenes, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: IEC 502 XLPE,CEI 2011 G7

GETILAN is the trade-mark of our crosslinkable polythene GETILAN GPE/409 AFM is a chemically crosslinkable low smoke and low toxicity halogen free flame retardant compound for insulation and sheathing. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 PSF. Where and when anti-ageing and anti-copper functions are required, we suggest our type MAC/203 or MAC/203 HSL (less in reaction). REACTION BETWEEN GRAFTING AND CATALYST These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 97/3

GETILAN is the trade-mark of our crosslinkable polythene. GETILAN GPE/410 AF is a chemically crosslinkable low smoke and low toxicity halogen free flame retardant compound for insulation and sheathing. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 PSF. Where and when anti-ageing and anti-copper functions are required, we suggest our type MAC/202 or MAC/308 PSL (less in reaction). REACTION BETWEEN GRAFTING AND CATALYST These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 97 / 3

GETILAN: is the trade-mark of our crosslinkable polythene. GETILAN GPE/452 BLACK P: high density chemically crosslinkable polythene for insulated aerial cables. It is a conveniently grafted polythene able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/203 HS. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: HD 626 S1 TIX 7, NF C 33-209

GETILAN MAC/900 is a semiconductive compound based on elastomer modified low density polyethylene system. GETILAN MAC/900 can crosslink using together with our types GETILAN GPE/400 M. It does not soil the copper.

GETILAN: is the trade marck of our PE. GETILAN PE/502: is a stabilized LDPE chemically foaming,suitable for coaxial cables. Certify: Isolamento Espanso/Foam insulation