製品の詳細

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CNC 木材ビット
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Hot sale Hard bar Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood.

Hot sale Hard bar Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood.

ブランド名: HarBar
モデル番号: HarBar 二枚刃スパイラルミーリングカッター
Moq: 10
価格: 2-50
支払い条件: T/T、L/C、D/A、D/P
供給能力: 適切な供給量
詳細情報
起源の場所:
中国
証明:
ce
パッケージの詳細:
10*10*10
ハイライト:

solid carbide CNC wood bit

,

double-edged composite end mills

,

CNC cutter heads for MDF

製品説明

Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood.

Application

This double flute composite end mill uses imported ultra-fine grain cemented carbide tungsten steel as its base material, which is precision sintered and formed. It has comprehensive characteristics of high hardness, high bending strength and high toughness, and is not easy to chip or break. The cutting edge is reinforced with a nano-coating, which greatly improves wear resistance and oxidation resistance, effectively reducing high temperature loss during the cutting process. It is suitable for long-term continuous machining conditions and its performance far exceeds that of ordinary cemented carbide tools.


Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood. 0

Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood. 1

Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood. 2

Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood. 3

Hot sale Hard bar  Double Flute Composite End Mill 6*22*50, suitable for MDF, particleboard, veneer boards, and raw wood. 4

Features

Employing a double-bladed structure, the upper blade presses down on the upper surface of the board while the lower blade trims the lower surface. This bidirectional force distribution during cutting precisely suppresses chipping, burring, and delamination on both sides of the board, making it particularly suitable for processing multi-layer boards and plywood.