3025, H3136 Phenol Aldehyde Cloth Laminated Board

Product Specifications

Markets:	North America,Eastern Europe,Western Europe

Product Description

H3025-D Phenol aldehyde cloth board series
3025, H3136 phenol aldehyde cloth laminated board

1. Define and purpose
3025 is formed through drying and heat pressing after the cotton cloth dips into PF resins. H3136 is formed as laminated board through heat pressing after the blanc dips into PF resins. 3025 has high mechanical performance and is used as insulation structural components for machinery, electric engine and electric equipment, as well as used in transformer oil. H3136 has very high mechanical strength, suitable to be used as the components of mechanical products such as the bush of rubber cloth gears, guide wheel.

2. Technical requirement
2.1 Outside appearance
Laminated board surface should be flat and tidy. The bubbles, sand holes and inclusions are not allowed. A little of spots are allowed. The edge should be cut tidy. There is no delamination and crackle on end surface.
2.2 Main performance index



Table 1: Performance index


Sr. Item Uint Test method Index
3025 H3136
1 Density g/cm3 GB/T5130 section 8.1 1.30_1.40 __
2 Water absorption mg GB/T5130 section 8.2 Refer to table 2 Refer to table 3
3 Vertical layer direction bending strength Portrait MPa GB/T5130 section 5.1 >= 100 >= 140
4 Tensile strength MPa GB/T5130 section 5.7 >= (80) >= 98
5 Notch impact strength (Simple strut-beam method) Parallel layer direction KJ/m2 GB/T5130 section 5.5 >= 8.8 >= 6.8
6 Parallel layer direction insulation resistance After digging into water Ω GB/T5130 section 6.3 >= 1.0 × 10 __
7 Parallel layer direction breakdown voltage At (90± 2)degree Celsius transformer oil kV GB/T5130 section 6.1 >=10 __
8 Vertical layer direction breakdown voltage At (90± 2) degree Celsius transformer oil kV/mm GB/T5130 section 6.1 Refer to table 4 __

Table 2: Water absorption
Average thickness mm Water absorption mg Average thickness mm Water absorption mg Average thickness mm Water absorption mg
0.8 <= 201 3.0 <= 249 12.0 <= 336
1.0 <= 206 4.0 <= 262 14.0 <= 354
1.2 <= 211 5.0 <= 275 16.0 <= 371
1.6 <= 220 6.0 <= 284 20.0 <= 406
2.0 <= 229 8.0 <= 301 25.0 <= 450
2.5 <= 239 10.0 <= 319 Single side processing to 22.5 <= 540

Table 3: Water absorption
Average
Thickness mm Water
Absorption mg Average ickness mm Water
Absorption mg Average thickness mm Water absorption mg
0.4 <= 186 2.0 <= 229 10 <= 319
0.5 <= 190 2.5 <= 239 12 <= 336
0.6 <= 194 3.0 <= 249 14 <= 354
0.8 <= 201 4.0 <= 262 16 <= 371
1.0 <= 206 5.0 <= 275 20 <= 406
1.2 <= 211 6.0 <= 284 25 <= 450
1.6 <= 220 8.0 <= 301 Single side processing to 22.5 <= 540

Table 4: Electric trength
Average thickness mm Electric strength kV/mm Average thickness mm Electric trength kV/mm Average thickness mm Electric strength kV/mm
0.8 >= 0.89 1.6 >= 0.72 2.6 >= 0.56
0.9 >= 0.84 1.8 >= 0.69 2.8 >= 0.53
1.0 >= 0.82 2.0 >= 0.65 3.0 >= 0.50
1.2 >= 0.80 2.2 >= 0.61
1.4 >= 0.76 2.4 >= 0.58