PHD series are made by special FeSi powder. It doesn't include any adhesive, no aging. So alloy has a higher continuous operating temperature (155íµ).
1ú¼ PHD-40 can be used in medium frequency (<20KHZ) and high power (100KW-1000KW).
2ú¼ PHD-60 Can be used in high frequency (<50KHZ) and medium power (50KW-100KW).
Item Specifics:
Magnetic Material: FeSi powder
Model: PHD722-4-40
Ae(cm2): 4
Le(cm): 26.26
Wa(cm2): 31
Weight(g): 700
AL(nH í+8%): 70
CoreLoss: Lowest
DCBias: Better
Saturation magnetic flux density: 1.5T
Density (g/cm3): 6.5
Curies Temperature: 500íµ
Continuous opening temperature:(200íµ)
Applications:
DC-AC inverter
Active power filter(APF)
LC-filter.
UPS Harmonic Filter Inductors
Boost inductors for Solar, Wind powder
High-speed Rail powder systems
Welding power suppliers
High-power Industrials
Benefitsú¦
PHD-40 VS Amorphous laminations with gaps (>4mm)
0.1mm ordinary FeSi alloy laminations gaps (>4mm)
Big size powder core >4 inch (OD) FeSi6.5% /HIGH FLUX 26ª¦ powder core:
1. Lower loss (Nearly zero gaps with reduction in fringe flux and core loss).
2. Lower temperature.
3. Lower cost
4. No noise
5. No aging.
6. Better temperature stability
7. Lower 30% weight and volume and easier to wind technical than big size powder core.
PHD-60 VS Amorphous laminations with gaps(1MM
Big size powder core OD>4 inch FeSi6.5% / HIGH FLUX 60ª¦ powder core
1. Lower cost
2. Lower loss (Nearly zero gaps with reduction in fringe flux and core loss).
3. No noise
4. No aging .
5.Better temperature stability
6. Lower 30% weight and volume and easier to wind technical than big size powder core.
Indonesia Barecore MANUFACTURER ***** Albazia Falcata Bare Core / Barecore ***** For making Block Board ***** Cutting 13.2mmx1250mmx2500mm ***** Premium export grade ^^^^^ Smooth and Flat Surfaces ***** MC under 13% **** Loading in 40hq = 54 cbm """""payment bank transfer 50% deposit and 50% balance against copy of B/L after shipment released
Indonesia origin Bare core MANUFACTURER ***** Albazia Falcata Bare Core / Barecore ***** For making Block Board or FURNITURE COMPONENT ***** Cutting 13.2mmx1250mmx2500mm ***** Premium export grade ^^^^^ Smooth and Flat Surfaces ***** MC under 13% **** Loading in 40hq = 54 cbm """""payment bank transfer 50% deposit and 50% balance against copy of B/L after shipment released
Indonesia Origin Albazia / Albasia Falcata wood - Light wood for making Pallets / Inner door Core / Inner core Block Board and Pine wood material for making pallet 2cmx9cmx110cm or by demand ***** S4S Planner or E2E Molding finished ***** All sizes available ***** Loading in 40ft approx 54 cbm
Products name: block board Specification Core: poplar, combi core, pine Joint way: finger jointed or button jointed Glue: melamine, wbp, mr, e1/e2 F&b: okoume, bintangor, birch, red hardwood veneer, as customer required. Bb/bb, bb/cc, cc/dd Size: 1220x2440mm Thickness: from 6mm to 30mm Production ability: 4, 000 cbm per month. Wooden pallets, steel band and carton.
Applications Casting molds for railroad wheels. Heat exchangers for chemical industries. Electrodes and linings in some industrial furnaces (such as graphitization furnace) . Cathodes in aluminum electrolysis cells. Programmable properties High thermal and chemical resistance. Good thermal conductivity. Low coefficient of thermal expansion. Minimal wettability to molten metals.
Supplier: Engine blocks (cores)
Thick Block board for door leaf. 1.Core: poplar, or pine or malacaa, or falcata 2.Thickness: 15MM-48MM 3.size: standard size: 1220x2440MM 4. Glue; E0 glue, E1 glue
Description: Panel with LPM (Low-pressure melamine) sheet laminated on top. Standard size: 4x8 ft (1220x2440 mm.) *Special size is available Thickness: PB 9 - 35 mm. / MDF 2.5 - 30 mm. Glue: E0, E1, and E2 Advantage: Moisture-proof and heat resistance, Shatter and scratch-resistant, Abrasion resistance Standard: FSC, CARB, EPA, EN, JIS, TIS and Green Lable
Oriented strand board (OSB) is replacing plywood, especially for timber framed houses and in the packaging industry with efficiency and sustainability. OSB is used instead of cement-based building materials reducing carbon emission. To produce oriented strand board, logs are sliced into long chips called strands. These are laid in perpendicular layers and bonded using resin. The result is a strong board that resists moisture, giving it a high load capacity. Thus OSB is strong yet flexible. OSB is produced in huge, continuous mats to form a solid panel product of consistent quality with no laps, gaps, or voids. Finished panels are available in large dimensions, minimizing the number of joints that can "leak" heat and admit airborne noise.
