High Temperature Resistant 260℃ Manual Anodizing Clamp for Aluminum Profile

Product Positioning & Technical Overview

During aluminum profile anodizing, electrophoresis, and surface treatment processes, clamps must not only hold profiles securely but also withstand continuous exposure to elevated temperatures, chemical environments, and repeated production cycles.

KRT-082 Manual Anodizing Clamp is designed for high-temperature surface treatment applications and provides 260℃ high temperature resistance. It is suitable for aluminum profile processing lines involving heating, drying, electrophoresis curing, and other high-temperature auxiliary clamping operations.

For high-temperature applications, clamp selection should consider not only temperature resistance but also structural stability, dimensional consistency, and repeated operating capability.

Problem

Performance Issues of Standard Clamps Under High Temperature

During aluminum surface treatment processes, some production stages involve elevated temperatures, including:

• Electrophoresis curing;
• Profile drying;
• High-temperature production cycles;
• Thermal processing areas.

Standard clamps may experience:

1. Material Performance Changes

Long-term heat exposure may cause:

• Reduced strength;
• Structural deformation;
• Position changes.

2. Thermal Cycling Effects

Industrial production involves repeated cycles:

Heating → Holding → Cooling → Reheating

Repeated thermal changes require clamps with stable high-temperature performance.

Cause

High Temperature Clamp Performance Depends on Material and Structure

High temperature resistance is not only a temperature rating. It requires proper structural design according to actual working conditions.

1. Temperature Rating Determines Application Range

Different processes require different temperature capabilities.

KRT-082:

Temperature Resistance: 260℃

2. Structural Stability at High Temperature

A high-temperature clamp should maintain:

• Jaw positioning;
• Opening function;
• Repeated clamping performance.

Solution

KRT-082 260℃ High Temperature Clamp Design

KRT-082 is designed to solve fixture performance limitations in high-temperature surface treatment environments.

260℃ High Temperature Resistance

Maximum temperature capability:

260℃

This specification makes the clamp suitable for high-temperature auxiliary processes such as electrophoresis curing and drying applications.

Stable Clamping Performance Under Heat Conditions

The clamp is designed to maintain:

• Profile positioning;
• Manual operation capability;
• Repeated clamping performance.

during high-temperature production conditions.

Specification Table

Application

1. Aluminum Electrophoresis Curing Line

During electrophoresis processes, aluminum profiles may enter high-temperature curing stages.

The clamp needs to withstand:

• Heated air environment;
• Continuous production cycles;
• Long-term holding conditions.

KRT-082 provides a 260℃ temperature resistance rating for these applications.

2. Aluminum Anodizing Line

Some anodizing-related processes require additional heating treatment.

High-temperature design helps reduce performance limitations caused by temperature changes.

How to Choose High Temperature Anodizing Clamp

1. Select According to Maximum Process Temperature

Confirm the highest temperature of the production line.

KRT-082:

Temperature resistance: 260℃

2. Consider Heating Duration

The same temperature level may create different requirements depending on:

• Heating time;
• Daily cycles;
• Continuous operation conditions.

3. Match Clamp Opening with Profile Size

Besides temperature requirements, profile dimensions must be considered.

KRT-082:

Standard opening: 27mm

Maximum opening: 73mm

FAQ

Q1: Why does KRT-082 require 260℃ high temperature resistance?

Because some aluminum surface treatment processes, such as electrophoresis curing and drying, involve elevated temperature environments.

Q2: Does 260℃ mean unlimited long-term operation?

No.

The temperature rating indicates the designed operating temperature capability.

Actual service performance also depends on:

• Heating duration;
• Thermal cycles;
• Working environment.

Q3: What is the difference between standard and high-temperature anodizing clamps?

High-temperature clamps are designed for:

• Heated areas;
• Curing processes;
• Thermal cycling environments.

Q4: Can KRT-082 be used in electrophoresis lines?

Yes.

For electrophoresis applications involving high-temperature curing stages, KRT-082 can be selected according to the actual process temperature requirement.

The 260℃ temperature resistance makes it suitable for high-temperature auxiliary fixture applications.