HLTCG
HW H01K carbide, HLTCG tooth geometry.
Circular saw blades for portable machinesFreud
Freud FRAPIB professional circular saw blade family with 7 verified configurations from 136 to 190 mm.
Application
The FRAPIB range includes 7 configurations, with diameters from 136 to 190 mm, bore sizes from 20 to 30 mm and tooth counts from 48 to 54. Use the dimensional selector to identify compatible codes, then compare kerf, plate thickness and pin-hole pattern.
Technical note
HW H01K carbide, HLTCG tooth geometry, Positive hook angle. Check blade diameter, bore, flange or pin-hole pattern and maximum RPM against the machine specifications before fitting.
Compatibility at a glance
01 Compatible machines
02 Suitable materials
Always check the pin-hole pattern
Technical configuration
Shared family specifications, kept separate from the dimensions of each individual code.
HW H01K carbide, HLTCG tooth geometry.
Specially formulated carbide tips for durability and cutting quality.
Technology used across this blade family.
Technology designed to reduce vibration and noise.
Dimensional selector
Filter the variants by the two key dimensions, then compare kerf, plate thickness, tooth count and pin-hole patterns.
| Code | Ø mm | Kerf B | Plate b | Bore d | Teeth Z | NL / KN | Tooth | Article no. |
|---|---|---|---|---|---|---|---|---|
| FR03A001HC | 136 | 1.6 | 1 | 20 | 48 | — | HLTCG 0° | F03FS10082 |
| FR04A002HC | 140 | 1.8 | 1.3 | 20 | 48 | — | HLTCG -5° | F03FS10083 |
| FR05A002HC | 150 | 1.8 | 1.3 | 20 | 48 | — | HLTCG 0° | F03FS10084 |
| FR06A001H | 160 | 2.2 | 1.6 | 20 | 52 | 2/6/32,5 | HLTCG -5° | F03FS09808 |
| FR06A002HC | 160 | 1.8 | 1.3 | 20 | 54 | — | HLTCG 0° | F03FS10085 |
| FR07A002HC | 165 | 1.8 | 1.3 | 20 | 54 | — | HLTCG 0° | F03FS10086 |
| FR13A003HC | 190 | 1.8 | 1.3 | 30 | 54 | — | HLTCG 0° | F03FS10088 |
Before choosing
Once FRAPIB has been identified, the exact product code depends on the machine requirements. The portal keeps these two decisions separate.
Permitted diameter, bore and pin holes.
Cutting plastic materials / Cutting non-ferrous metals.
Kerf, plate thickness and tooth count.
Speed and cutting height according to the family charts.
Frequently asked questions
Quick answers for checking the application, compatibility and operating parameters before selecting a product code.
FRAPIB is designed for Cutting plastic materials and Cutting non-ferrous metals. Its suitability must be checked against the material, machine and exact variant specifications.
The family is specified for Plastic materials, Aluminium, Copper and brass. Material density, coating, thickness and condition can affect the resulting edge quality. For FRAPIB, verify the selected reference within its 136–190 mm diameter and 48–54-tooth range.
The catalogue specifies Hand-held circular saws, Plunge saws. Before fitting, check diameter, bore, flange or pin-hole pattern and the permitted maximum speed. For FRAPIB, verify the selected reference within its 136–190 mm diameter and 48–54-tooth range.
The family uses HLTCG tooth geometry. Refer to the technical note for the carbide grade and hook angle. For FRAPIB, verify the selected reference within its 136–190 mm diameter and 48–54-tooth range.
There are 7 variants, with diameters from 136 to 190 mm, bores from 20 to 30 mm and tooth counts from 48 to 54. For FRAPIB, verify the selected reference within its 136–190 mm diameter and 48–54-tooth range.
For FRAPIB, start with the machine bore (20–30 mm) and the required diameter (136–190 mm). Then select within the available 48–54-tooth range by comparing kerf, plate thickness and any pin holes or keyways.
The correct speed for an FRAPIB blade depends on the selected diameter, which ranges from 136 to 190 mm, and on the machine. Never exceed the lower of the maximum RPM marked on that blade and the machine manufacturer’s limit.
A specialist can assess and resharpen the HLTCG carbide teeth used by FRAPIB, provided the blade body is undamaged. The original geometry, angles and balance must be preserved; the number of possible services depends on the condition of the selected reference.