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USING IRONXL

How to Export GridView to Excel with Formatting in C#

Jordi Bardia
Jordi Bardia
Updated:

Exporting GridView data to Excel while preserving colors, fonts, alternating row backgrounds, and borders is a requirement that appears in almost every data-driven ASP.NET or Windows Forms application. The traditional approach -- using HtmlTextWriter and StringWriter to render the control as HTML -- produces files that carry format warnings in Excel and fail silently for users. IronXL solves this by generating native XLSX files entirely in C# with no Microsoft Office dependency, giving you precise control over every cell style.

How Do You Install the Library in a .NET Project?

Install IronXL from NuGet before writing any export code. Open the Package Manager Console and run:

Install-Package IronXL
dotnet add package IronXL
Install-Package IronXL
dotnet add package IronXL
SHELL

IronXL supports .NET 8, .NET 9, and .NET 10, as well as .NET Framework 4.6.2 and later. After installation, add the following using directives to any file that performs Excel operations:

using IronXL;
using IronXL.Styles;
using IronXL;
using IronXL.Styles;
$vbLabelText   $csharpLabel

No additional runtime or Office interop is required. The library writes native XLSX binary files that open cleanly in Microsoft Excel, LibreOffice Calc, and Google Sheets.

How Do You Export a Windows Forms DataGridView to Excel with Cell Formatting?

Windows Forms applications use the DataGridView control rather than the web-based GridView. The export pattern is the same in both cases: extract values from rows and cells, create an IronXL workbook, apply styles, then save or stream the result.

The most reliable approach casts the control's DataSource property to a DataTable to avoid iterating the visual rows, which may be filtered or paged:

using IronXL;
using IronXL.Styles;
using System;
using System.Data;
using System.IO;
using System.Windows.Forms;

DataTable dt = (DataTable)dataGridView1.DataSource;

WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
WorkSheet sheet = workBook.DefaultWorkSheet;

// Header row -- bold, blue background, white text
for (int col = 0; col < dt.Columns.Count; col++)
{
    sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
    var cell = sheet.GetCellAt(0, col);
    cell.Style.Font.Bold = true;
    cell.Style.SetBackgroundColor("#4472C4");
    cell.Style.Font.Color = "#FFFFFF";
    cell.Style.BottomBorder.Type = BorderType.Thin;
}

// Data rows -- alternating row color
for (int row = 0; row < dt.Rows.Count; row++)
{
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        string value = dt.Rows[row][col]?.ToString() ?? string.Empty;
        sheet.SetCellValue(row + 1, col, value);

        var cell = sheet.GetCellAt(row + 1, col);
        cell.Style.SetBackgroundColor(row % 2 == 0 ? "#D6DCE5" : "#FFFFFF");
        cell.Style.BottomBorder.Type = BorderType.Thin;
    }
}

// Save via dialog
using var saveDialog = new SaveFileDialog
{
    Filter = "Excel Files|*.xlsx",
    FileName = "GridViewExport.xlsx"
};

if (saveDialog.ShowDialog() == DialogResult.OK)
{
    workBook.SaveAs(saveDialog.FileName);
    MessageBox.Show("Export successful.", "Export",
        MessageBoxButtons.OK, MessageBoxIcon.Information);
}
using IronXL;
using IronXL.Styles;
using System;
using System.Data;
using System.IO;
using System.Windows.Forms;

DataTable dt = (DataTable)dataGridView1.DataSource;

WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
WorkSheet sheet = workBook.DefaultWorkSheet;

// Header row -- bold, blue background, white text
for (int col = 0; col < dt.Columns.Count; col++)
{
    sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
    var cell = sheet.GetCellAt(0, col);
    cell.Style.Font.Bold = true;
    cell.Style.SetBackgroundColor("#4472C4");
    cell.Style.Font.Color = "#FFFFFF";
    cell.Style.BottomBorder.Type = BorderType.Thin;
}

// Data rows -- alternating row color
for (int row = 0; row < dt.Rows.Count; row++)
{
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        string value = dt.Rows[row][col]?.ToString() ?? string.Empty;
        sheet.SetCellValue(row + 1, col, value);

        var cell = sheet.GetCellAt(row + 1, col);
        cell.Style.SetBackgroundColor(row % 2 == 0 ? "#D6DCE5" : "#FFFFFF");
        cell.Style.BottomBorder.Type = BorderType.Thin;
    }
}

// Save via dialog
using var saveDialog = new SaveFileDialog
{
    Filter = "Excel Files|*.xlsx",
    FileName = "GridViewExport.xlsx"
};

if (saveDialog.ShowDialog() == DialogResult.OK)
{
    workBook.SaveAs(saveDialog.FileName);
    MessageBox.Show("Export successful.", "Export",
        MessageBoxButtons.OK, MessageBoxIcon.Information);
}
$vbLabelText   $csharpLabel

WorkBook.Create initializes a new in-memory workbook in XLSX format. DefaultWorkSheet returns the first sheet, which you can rename through its Name property before saving. SetCellValue accepts strings, integers, doubles, and DateTime values -- IronXL selects the correct cell type automatically.

The alternating row color pattern -- row % 2 == 0 selects #D6DCE5, otherwise #FFFFFF -- mirrors the banded-rows table style built into Excel. You can substitute any six-character hex color that matches your application's design system.

Output Images

Export GridView to Excel with Formatting C# Using IronXL: Image 1 - GridView Output

Export GridView to Excel with Formatting C# Using IronXL: Image 2 - Excel Output

Export GridView to Excel with Formatting C# Using IronXL: Image 3 - Message Output

How Do You Export an ASP.NET GridView to Excel and Stream the File to the Browser?

Web applications require a different delivery mechanism. Instead of writing to the file system, you serialize the workbook to a MemoryStream and write it to the HTTP response with the correct headers so the browser treats it as a file download.

The important pre-flight step for paginated GridViews: disable paging (AllowPaging = false) and rebind the data source before exporting so every record -- not just the current page -- is captured.

using IronXL;
using IronXL.Styles;
using System;
using System.Data;
using System.IO;
using System.Web.UI;

// Disable paging so all rows are captured
GridView1.AllowPaging = false;
GridView1.DataBind();

DataTable dt = (DataTable)GridView1.DataSource;

WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
WorkSheet sheet = workBook.DefaultWorkSheet;

// Header row
for (int col = 0; col < dt.Columns.Count; col++)
{
    sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
    var cell = sheet.GetCellAt(0, col);
    cell.Style.Font.Bold = true;
    cell.Style.SetBackgroundColor("#2E75B6");
    cell.Style.Font.Color = "#FFFFFF";
    cell.Style.HorizontalAlignment = HorizontalAlignment.Center;
    cell.Style.BottomBorder.Type = BorderType.Medium;
}

// Data rows
for (int row = 0; row < dt.Rows.Count; row++)
{
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        var cell = sheet.GetCellAt(row + 1, col);
        cell.Style.SetBackgroundColor(row % 2 == 0 ? "#DEEAF1" : "#FFFFFF");
        cell.Style.BottomBorder.Type = BorderType.Thin;
        cell.Style.LeftBorder.Type = BorderType.Thin;
        cell.Style.RightBorder.Type = BorderType.Thin;
    }
}

// Stream to browser
byte[] fileBytes = workBook.ToByteArray();
Response.Clear();
Response.ContentType = "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet";
Response.AddHeader("content-disposition", "attachment; filename=GridViewExport.xlsx");
Response.BinaryWrite(fileBytes);
Response.End();
using IronXL;
using IronXL.Styles;
using System;
using System.Data;
using System.IO;
using System.Web.UI;

// Disable paging so all rows are captured
GridView1.AllowPaging = false;
GridView1.DataBind();

DataTable dt = (DataTable)GridView1.DataSource;

WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
WorkSheet sheet = workBook.DefaultWorkSheet;

// Header row
for (int col = 0; col < dt.Columns.Count; col++)
{
    sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
    var cell = sheet.GetCellAt(0, col);
    cell.Style.Font.Bold = true;
    cell.Style.SetBackgroundColor("#2E75B6");
    cell.Style.Font.Color = "#FFFFFF";
    cell.Style.HorizontalAlignment = HorizontalAlignment.Center;
    cell.Style.BottomBorder.Type = BorderType.Medium;
}

// Data rows
for (int row = 0; row < dt.Rows.Count; row++)
{
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        var cell = sheet.GetCellAt(row + 1, col);
        cell.Style.SetBackgroundColor(row % 2 == 0 ? "#DEEAF1" : "#FFFFFF");
        cell.Style.BottomBorder.Type = BorderType.Thin;
        cell.Style.LeftBorder.Type = BorderType.Thin;
        cell.Style.RightBorder.Type = BorderType.Thin;
    }
}

// Stream to browser
byte[] fileBytes = workBook.ToByteArray();
Response.Clear();
Response.ContentType = "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet";
Response.AddHeader("content-disposition", "attachment; filename=GridViewExport.xlsx");
Response.BinaryWrite(fileBytes);
Response.End();
$vbLabelText   $csharpLabel

Response.AddHeader with content-disposition: attachment forces a file-download dialog in all modern browsers. The MIME type application/vnd.openxmlformats-officedocument.spreadsheetml.sheet is the registered type for XLSX files and prevents the browser from attempting to display the binary content inline.

For ASP.NET Core applications replace Response.BinaryWrite with File(fileBytes, contentType, fileName) in a controller action -- the workbook creation logic is identical.

How Do You Apply Conditional Formatting Based on Cell Values?

Conditional formatting highlights cells that meet specific criteria -- for example, marking overdue dates in red or flagging values below a threshold in orange. IronXL applies conditional formatting at the cell level during workbook construction:

// Assume "DueDate" is column index 3 and "Amount" is column index 4
DateTime today = DateTime.Today;

for (int row = 0; row < dt.Rows.Count; row++)
{
    // Highlight past-due dates
    if (dt.Columns.Contains("DueDate") && dt.Rows[row]["DueDate"] != DBNull.Value)
    {
        DateTime dueDate = Convert.ToDateTime(dt.Rows[row]["DueDate"]);
        var dueDateCell = sheet.GetCellAt(row + 1, 3);
        if (dueDate < today)
        {
            dueDateCell.Style.SetBackgroundColor("#FF0000");
            dueDateCell.Style.Font.Color = "#FFFFFF";
            dueDateCell.Style.Font.Bold = true;
        }
    }

    // Highlight amounts below threshold
    if (dt.Columns.Contains("Amount") && dt.Rows[row]["Amount"] != DBNull.Value)
    {
        decimal amount = Convert.ToDecimal(dt.Rows[row]["Amount"]);
        var amountCell = sheet.GetCellAt(row + 1, 4);
        if (amount < 100m)
        {
            amountCell.Style.SetBackgroundColor("#FFC000");
        }
    }
}
// Assume "DueDate" is column index 3 and "Amount" is column index 4
DateTime today = DateTime.Today;

for (int row = 0; row < dt.Rows.Count; row++)
{
    // Highlight past-due dates
    if (dt.Columns.Contains("DueDate") && dt.Rows[row]["DueDate"] != DBNull.Value)
    {
        DateTime dueDate = Convert.ToDateTime(dt.Rows[row]["DueDate"]);
        var dueDateCell = sheet.GetCellAt(row + 1, 3);
        if (dueDate < today)
        {
            dueDateCell.Style.SetBackgroundColor("#FF0000");
            dueDateCell.Style.Font.Color = "#FFFFFF";
            dueDateCell.Style.Font.Bold = true;
        }
    }

    // Highlight amounts below threshold
    if (dt.Columns.Contains("Amount") && dt.Rows[row]["Amount"] != DBNull.Value)
    {
        decimal amount = Convert.ToDecimal(dt.Rows[row]["Amount"]);
        var amountCell = sheet.GetCellAt(row + 1, 4);
        if (amount < 100m)
        {
            amountCell.Style.SetBackgroundColor("#FFC000");
        }
    }
}
$vbLabelText   $csharpLabel

This pattern is composable -- add as many conditional checks as your reporting requirements demand. Because IronXL operates on a cell-by-cell basis, you can mix conditional formatting with the alternating row color logic by applying the conditional style after the base row style.

How Do You Set Column Widths and Freeze the Header Row?

A professionally formatted Excel export includes appropriate column widths and a frozen header row so that the column names remain visible when users scroll through large datasets.

IronXL exposes column width through the WorkSheet column accessor and header freeze through the FreezeRows method:

// Auto-size columns 0 through the last column index
for (int col = 0; col < dt.Columns.Count; col++)
{
    // Set column width in character units (1 unit ≈ one default character width)
    sheet.SetColumnWidth(col, 20);
}

// Freeze the first row (index 0) so the header stays visible while scrolling
sheet.FreezeRows(1);

// Optionally set row height for the header (in points)
sheet.SetRowHeight(0, 20);
// Auto-size columns 0 through the last column index
for (int col = 0; col < dt.Columns.Count; col++)
{
    // Set column width in character units (1 unit ≈ one default character width)
    sheet.SetColumnWidth(col, 20);
}

// Freeze the first row (index 0) so the header stays visible while scrolling
sheet.FreezeRows(1);

// Optionally set row height for the header (in points)
sheet.SetRowHeight(0, 20);
$vbLabelText   $csharpLabel

For production use, consider calculating the width based on the maximum character count in each column rather than using a fixed value. Iterate the DataTable column values, measure the string length, and multiply by a character-width factor appropriate for the chosen font size.

You can also apply background color to Excel cells using C# independently from the row-banding logic for a finer-grained styling approach.

How Do You Export a DataTable to Excel Without a GridView Control?

Many .NET applications populate data through service calls or database queries and hold it in a DataTable without ever binding it to a UI control. You can export a DataTable directly to Excel without instantiating a GridView at all.

This is the most efficient path for background jobs, scheduled reports, and API endpoints that need to produce Excel files on the server:

using IronXL;
using IronXL.Styles;
using System.Data;

public static byte[] DataTableToExcelBytes(DataTable dt, string sheetName = "Report")
{
    WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
    WorkSheet sheet = workBook.CreateWorkSheet(sheetName);

    // Header
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
        var cell = sheet.GetCellAt(0, col);
        cell.Style.Font.Bold = true;
        cell.Style.SetBackgroundColor("#4472C4");
        cell.Style.Font.Color = "#FFFFFF";
    }

    // Data
    for (int row = 0; row < dt.Rows.Count; row++)
    {
        for (int col = 0; col < dt.Columns.Count; col++)
        {
            sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        }
    }

    return workBook.ToByteArray();
}
using IronXL;
using IronXL.Styles;
using System.Data;

public static byte[] DataTableToExcelBytes(DataTable dt, string sheetName = "Report")
{
    WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
    WorkSheet sheet = workBook.CreateWorkSheet(sheetName);

    // Header
    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
        var cell = sheet.GetCellAt(0, col);
        cell.Style.Font.Bold = true;
        cell.Style.SetBackgroundColor("#4472C4");
        cell.Style.Font.Color = "#FFFFFF";
    }

    // Data
    for (int row = 0; row < dt.Rows.Count; row++)
    {
        for (int col = 0; col < dt.Columns.Count; col++)
        {
            sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        }
    }

    return workBook.ToByteArray();
}
$vbLabelText   $csharpLabel

This method returns a byte[] that you can write to disk, stream from an API endpoint, attach to an email, or cache in memory. For related techniques see the guide on exporting a DataTable to Excel and the tutorial on the fastest way to export a DataTable to Excel.

How Do You Handle Large Datasets and Performance?

Exporting tens of thousands of rows to Excel demands attention to memory allocation. Creating a new cell-style object for every cell in a large grid is the most common performance bottleneck. Reuse style definitions where possible by setting styles on range objects rather than individual cells:

IronXL Export Approaches by Dataset Size
Dataset Size Recommended Approach Key Consideration
Up to 5,000 rows Cell-by-cell styling loop Simple code, negligible overhead
5,000 -- 50,000 rows Range-level style application Reduces object allocations significantly
50,000+ rows DataTable direct export, minimal styling Minimize per-cell operations; use streaming if available

For paginated GridViews, always set AllowPaging = false and rebind before exporting. Paging limits the number of visible rows in the control, so a paged export captures only the current page rather than the entire dataset -- a frequent source of incomplete export bugs.

You can also review the guide on exporting a list of objects to Excel in C# for patterns that work with strongly typed collections rather than untyped DataTable rows.

How Do You Export a GridView in ASP.NET Core or Blazor?

ASP.NET Core and Blazor applications do not have a Web Forms GridView control, but the underlying data-export challenge is the same: take a collection of objects or a DataTable, build a styled workbook, and deliver a file. The workbook-creation code is identical; only the delivery mechanism changes.

In a Blazor application, trigger a file download through JavaScript interop:

// In a Blazor component or service
using IronXL;
using System.Data;
using Microsoft.JSInterop;

public async Task ExportToExcelAsync(DataTable dt, IJSRuntime js)
{
    WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
    WorkSheet sheet = workBook.DefaultWorkSheet;

    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
        var cell = sheet.GetCellAt(0, col);
        cell.Style.Font.Bold = true;
        cell.Style.SetBackgroundColor("#4472C4");
        cell.Style.Font.Color = "#FFFFFF";
    }

    for (int row = 0; row < dt.Rows.Count; row++)
    {
        for (int col = 0; col < dt.Columns.Count; col++)
        {
            sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        }
    }

    byte[] fileBytes = workBook.ToByteArray();
    string base64 = Convert.ToBase64String(fileBytes);
    await js.InvokeVoidAsync("downloadFileFromBase64", base64, "GridViewExport.xlsx",
        "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet");
}
// In a Blazor component or service
using IronXL;
using System.Data;
using Microsoft.JSInterop;

public async Task ExportToExcelAsync(DataTable dt, IJSRuntime js)
{
    WorkBook workBook = WorkBook.Create(ExcelFileFormat.XLSX);
    WorkSheet sheet = workBook.DefaultWorkSheet;

    for (int col = 0; col < dt.Columns.Count; col++)
    {
        sheet.SetCellValue(0, col, dt.Columns[col].ColumnName);
        var cell = sheet.GetCellAt(0, col);
        cell.Style.Font.Bold = true;
        cell.Style.SetBackgroundColor("#4472C4");
        cell.Style.Font.Color = "#FFFFFF";
    }

    for (int row = 0; row < dt.Rows.Count; row++)
    {
        for (int col = 0; col < dt.Columns.Count; col++)
        {
            sheet.SetCellValue(row + 1, col, dt.Rows[row][col]?.ToString() ?? string.Empty);
        }
    }

    byte[] fileBytes = workBook.ToByteArray();
    string base64 = Convert.ToBase64String(fileBytes);
    await js.InvokeVoidAsync("downloadFileFromBase64", base64, "GridViewExport.xlsx",
        "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet");
}
$vbLabelText   $csharpLabel

The full walk-through of the Blazor download pattern is in the Blazor export to Excel tutorial. For an ASP.NET Core controller approach, see the ASP.NET Core export Excel tutorial.

Font Styling and Border Options

IronXL exposes granular font and border controls through the Style object on each cell. The full range of Excel font styles in C# includes bold, italic, underline, size, and color. Border types available through BorderType cover thin, medium, thick, dashed, dotted, double, and several hair-line variants.

For merged header rows or summary footers, IronXL also supports merging cells in Excel using C# -- useful when you want a single title cell spanning multiple columns above your data table.

To autofit column widths after populating data, refer to the autofit cells in Excel using C# guide for the recommended approach.

Why Does a Native Excel Library Produce Cleaner Exports Than HtmlTextWriter?

The traditional ASP.NET export technique -- overriding VerifyRenderingInServerForm, creating a StringWriter and HtmlTextWriter, and writing the rendered control to the response -- produces an HTML document with an .xls extension. Microsoft Excel opens such files with a compatibility warning because the file is not actually in the Excel binary or OOXML format. Styles are limited to inline CSS that Excel partially interprets. Conditional formatting is impossible. Users on non-Windows platforms or using LibreOffice see degraded output.

IronXL writes the Open XML Spreadsheet format (OOXML) directly. The result is a proper .xlsx file -- identical to what Excel itself creates -- which opens without warnings in Excel, LibreOffice, Google Sheets, and Numbers on macOS. Formatting is encoded as spreadsheet styles, not HTML attributes, so it survives round-trips and cross-platform viewing.

Comparison of Export Methods for ASP.NET GridView
Method File Format Format Warnings Full Style Support Office Required
HtmlTextWriter + StringWriter HTML masquerading as XLS Yes No No
Office Interop (COM) Native XLS/XLSX No Yes Yes
IronXL Native XLSX/XLS No Yes No

Microsoft's official documentation on the Open XML SDK explains the underlying format that IronXL produces. The OOXML specification maintained by ECMA International defines the standard that guarantees cross-application compatibility. The ASP.NET GridView control documentation on Microsoft Docs describes the control model that the export patterns above read from.

What Are Your Next Steps?

You now have the patterns needed to export GridView and DataGridView data to properly formatted XLSX files using IronXL -- covering Windows Forms, ASP.NET Web Forms, ASP.NET Core, and Blazor delivery models.

To go further:

Frequently Asked Questions

How can I export GridView data to Excel in C#?

You can export GridView data to Excel in C# by using the IronXL library. It allows you to programmatically create Excel files and export data with ease, including formatting and styles.

Why should I use IronXL for exporting GridView data?

IronXL simplifies the process of exporting GridView data with its intuitive API, allowing you to maintain formatting and apply styles effortlessly, which can be challenging with traditional methods.

Does IronXL support formatting when exporting GridView to Excel?

Yes, IronXL supports various formatting options, including fonts, colors, and cell styles, ensuring that your exported Excel files look professional and maintain the intended design.

Can I customize the appearance of Excel files generated from GridView data?

IronXL provides a range of customization options for Excel files, allowing you to adjust cell styles, fonts, colors, and more to match your specific requirements when exporting from GridView.

Is it possible to export large GridView datasets to Excel using IronXL?

IronXL is capable of handling large datasets efficiently, ensuring that you can export extensive GridView data to Excel without performance issues.

What are the benefits of exporting GridView data to Excel using IronXL over other methods?

IronXL offers a more streamlined and flexible approach to exporting GridView data, providing robust support for formatting, customization, and handling large datasets, making it superior to many other methods.

How do I maintain data integrity when exporting GridView to Excel?

IronXL ensures data integrity by accurately converting and preserving data types and formats during the export process from GridView to Excel.

Can IronXL export data from GridView controls with complex structures?

Yes, IronXL can effectively handle and export data from GridView controls with complex structures, maintaining the hierarchy and formatting in the resulting Excel file.

What file formats can IronXL export GridView data to?

IronXL primarily exports data to Excel formats such as XLSX, but it also supports other formats like CSV, enabling flexibility depending on your needs.

Is there support for exporting GridView with conditional formatting using IronXL?

IronXL supports conditional formatting, allowing you to set rules and styles that dynamically adjust based on cell values when exporting GridView data to Excel.

Jordi Bardia
Jordi Bardia
  Chat with engineering team now
Software Engineer
Jordi is most proficient in Python, C# and C++, when he isn’t leveraging his skills at Iron Software; he’s game programming. Sharing responsibilities for product testing, product development and research, Jordi adds immense value to continual product improvement. The varied experience keeps him challenged and engaged, and he ...
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