EPDM Insulating rubber compound for medium voltage cable

Ref Price:

Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: 3000 Tons kg/month

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

Awning,Canopy,Color awning,

Oil resistant PVC jacket compound

Green House High Quality Durable PE Plastic Pallet 5 Cells

Cheap Football Artificial Turf Made in China CE

Endless Green PVC Conveyor Belt with MOQ 1 PCS

Both Side Fabric 1.8mm White Fabric PVC Food Frade Conveyor Belt

PET Film hot sale with high quality/ free sample

Rigid PET Film Supplier/Manufacture/Factory

EPDM Insulating rubber compound for medium voltage cable

I. Type and application

Type	Product	Application
XJ-34A	90℃ Insulation rubber compound for medium voltage cable	Insulating rubber compound for 6～30KV flexible medium voltage cable
XJ-34B	90℃ Insulation rubber compound for medium voltage cable	Insulating rubber compound for 6/10KV medium voltage cable
XJ-34C	90℃ Insulation rubber compound for medium voltage cable	Insulating rubber compound for 8.7/15KV medium voltage cable
XJ-34D	90℃ Insulation rubber compound for medium voltage cable	Insulating rubber compound for 10/20KV medium voltage cable
XJ-34E	90℃ Insulation rubber compound for medium voltage cable	Insulating rubber compound for 26/35KV medium voltage cable

II. Product description

XJseries insulating rubber compound formedium voltage cable, based on EPDM rubber, is mixed with various additives,and is elaborated in the extra-clean conditions. Voltage grade of cable is from6kV to 30kV. The compound has outstanding performances of vulcanization, processing, physical,mechanical, aging and electrical properties. The compound is complied withQ/320585JSDT058-2003 standard.

III. Processing

Processing Equipment	Compression ratio	L/D	Processing temp.	Recommended vulcanize temp.
Common rubber extruder	1.1：1～1.5：1	15：1～20：1	60～110℃	160-200℃

IV. Maximum useful shelf life

12 months at 20℃, 6 months at 30℃.

V. Properties

Table

Item	XJ-34 A		XJ-34B		XJ-34C		XJ-34D		XJ-34E
Item	Standard	Typical	Standard	Typical	Standard	Typical	Standard	Typical	Standard	Typical
Tensile Strength N/mm²	≥7.0	10.9	≥8.5	11.0	≥8.5	9.4	≥8.5	11.5	≥8.5	11.0
Elongation at Break %	≥300	430	≥200	400	≥200	280	≥200	410	≥200	400
Oven aging	135℃168h		135℃168h		135℃168h		135℃168h		135℃168h
Variation on Tensile Strength %	±15	+14	±30	+11	±30	+6.5	±30	+10.5	±30	+11
Variation on Elongation at Break %	±15	-3	±30	-4	±30	-7	±30	-8.5	±30	-7
Dielectric Loss Angular Tangent value	≤0.003	0.0019	≤0.003	0.0026	≤0.003	0.0025	≤0.003	0.0024	≤0.003	0.0020
Dielectric Constant ε	≤2.8	2.60	≤2.8	2.65	≤2.8	2.64	≤2.8	2.62	≤2.8	2.60
Dielectric Strength MV/m	≥25	31.9	≥25	30	≥25	30	≥25	30	≥25	32
Air bomb aging test 127℃40h
Tensile Strength N/mm²		10.0
Variation %	±15	-5	±30	-5	±30	-5	±30	-4	±30	-4
Elongation at Break %		420
Variation %	±15	-3	±30	-3	±30	-2	±30	0	±30	0
Hot Prolongation 15min20N/cm	250℃		250℃		250℃		250℃		250℃
Elongation Under Load %	≤100	25	≤175	50	≤175	50	≤175	50	≤175	50
Permanent Elongation after cooling %	≤10	1	≤15	0	≤15	0	≤15	0	≤15	0
Volume Resistivity at20℃Ω﹒m	≥1.0×10¹⁴	2.6×10¹⁴	≥1.0×10¹²	7.2×10¹³	≥1.0×10¹²	7.0×10¹³	≥1.0×10¹²	1.5×10¹⁴	≥1.0×10¹²	5.2×10¹⁴
Volume Resistivity at90℃Ω﹒m	¹
Elastic Modulus
At 150% Elongation /mm²			≥4.5	6.0	≥4.5	6.1	≥4.5	6.2	≥4.5	7.2
At 50% Elongation N/mm²			≤7.5	5.1	≤7.5	5.0	≤7.5	5.2	≤7.5	6.1
Capacitance variation after water immersion 50±2℃
Between one day and seven days %			≤15	6	≤15	5	≤15	5	≤15	5
Between seven days and fourteen days %			≤5	1	≤5	1	≤5	1	≤5	1
Ozone Resistance
Ozone Concentration 2-3.33PPM
Surface Variation	Non cracking	Pass	Non cracking	Pass	Non cracking	Pass	Non cracking	Pass	Non cracking	Pass
Hardness IRHD	--	68	≥80	80	≥80	80	≥80	80	≥80	80
Density	--	1.21

Q: What are the factors that determine the longevity of an olive net?: The factors that determine the longevity of an olive net include the quality of the material used, the frequency and intensity of use, proper storage and maintenance, exposure to harsh weather conditions, and any potential damage caused by pests or other external factors.

Q: Do olive nets protect against pests other than olive fruit flies?: No, olive nets are primarily designed to protect against olive fruit flies and may not be effective against other types of pests.

Q: What is the material of plastic bottles? Will plasticizers be produced?: At present, 90% of plastic bottles in the market are polyethylene terephthalate (PET) as a bottle body material. Professor Jiang Pingping of the school of chemical and materials engineering at Jiangnan University said that the substance in the bottled water PET generally does not contain plasticizers, which are determined by the manufacturing process of PET.

Q: Can olive nets be used in windy areas?: Yes, olive nets can be used in windy areas. However, it is important to ensure that the nets are properly secured to prevent them from being blown away or damaged by strong winds. Additionally, using heavier or reinforced nets can provide better protection in windy conditions.

Q: How do olive nets prevent damage from heavy machinery during harvesting?: Olive nets prevent damage from heavy machinery during harvesting by acting as a protective barrier that catches the falling olives, ensuring they do not come into direct contact with the machinery. This helps to prevent the olives from being crushed or damaged, preserving their quality and maximizing the yield.

Q: How does an olive net affect the overall fruit flavor in the olive grove?: An olive net can have a positive impact on the overall fruit flavor in the olive grove. By preventing the olives from falling to the ground and potentially getting damaged or contaminated, the net helps maintain the quality of the fruit. This results in a more consistent and flavorful harvest, as the olives remain untouched and free from any potential negative influences.

Q: Can olive nets be used for olive trees in regions with limited water resources?: Yes, olive nets can be used for olive trees in regions with limited water resources. Olive nets are primarily used to collect the fallen olives during harvesting, but they can also provide some shade to the trees, reducing water evaporation from the soil. Additionally, the nets can act as a barrier, preventing excessive evaporation caused by wind. However, it is important to note that while olive nets can help in conserving water, proper irrigation techniques and water management strategies are still crucial in regions with limited water resources.

Q: Can olive nets be used in conjunction with other harvesting methods?: Yes, olive nets can be used in conjunction with other harvesting methods. Olive nets are commonly used to collect olives that are knocked off the tree during mechanical harvesting methods such as shaking or using mechanical harvesters. They help gather the olives efficiently and prevent them from falling to the ground. Additionally, olive nets can also be used alongside traditional hand-picking methods to catch any olives that may drop during the process, ensuring a thorough harvest.

Q: Can olive nets be used in hilly or sloped olive groves?: Yes, olive nets can be used in hilly or sloped olive groves. These nets are designed to be versatile and can be adjusted to fit different terrains. They can effectively catch olives on slopes and prevent them from rolling away, making harvesting easier and more efficient.

Q: Can olive nets be used in areas with frequent wildfires?: No, olive nets should not be used in areas with frequent wildfires as they can potentially increase the risk of fire spread and pose a safety hazard. It is important to prioritize fire safety measures in such areas.

Send your message to us

*Email

*TEL

*Quantity

*Unit